Changes

New and revised materials and properties in MPDB v9.59 as compared to v9.57

Key to property symbols (number of datasets):

D = Density	DLL = Linear thermal expansion (dL/L)
MTE = Mean coefficient of thermal expansion	CTE = Coefficient of thermal expansion (CTE)
E = Elastic/Young's modulus	G = Shear modulus
v = Poisson's ratio	K = Bulk modulus
TC = Thermal conductivity	TD = Thermal diffusivity
SH = Specific heat	HC = Heat capacity
SSC = True stress-strain curve (tension)	SSCC = True stress-strain curve (compression)
UTS = Tensile strength	YS = Yield strength (tension)
UCS = Compressive strength	YSC = Yield strength (compression)
%El = Elongation	SR = Stress rupture
FEN = Fatigue e-N curve	FSN = Fatigue S-N curve
CRS = Creep strength	IC = Isochronous creep
HE = Hemispherical total emissivity	NE = Normal total emissivity
VP = Vapor pressure	Vis = Viscosity
ST = Surface tension	RHO = Electrical resistivity
SIGMA = Electrical conductivity	SV = Specific volume
AV = Apparent viscosity	FM = Flexural modulus
FS = Flexural strength	ESSC = Engineering stress-strain curve (tension)
ESSCC = Engineering stress-strain curve (compression)	CRM = Creep modulus
RPB = Relative permeability	AP = Absolute permeability
BH = B-H curve	HB = H-B curve
CL = Core loss	EP = Exciting Power
DCRPT = Relative permittivity	DF = Dissipation factor
RIW = Refractive index vs WL	RIT = Refractive index vs T

N indicates the data is new, R indicates the data has been revised, * indicates the data is the RT value only

249 new materials, 1008 new property sets, 146 revised properties, and 531 new RT values

1050	2205	316L	347	34CrNiMo6
40 ZrO₂ - 60 Al₂O₃ (wt%) (New)	42.5 ZrO₂ - 57.5 Al₂O₃ (wt%) (New)	45 ZrO₂ - 55 Al₂O₃ (wt%) (New)	50 ZrO₂ - 50 Al₂O₃ (wt%) (New)	52100
55 SiO₂ - 36 Li₂O - 9 Al₂O₃ (mol%) (New)	55 SiO₂ - 36 Na₂O - 9 Al₂O₃ (mol%) (New)	55 ZrO₂ - 45 Al₂O₃ (wt%) (New)	59 SiO₂ - 35 Li₂O - 6 Al₂O₃ (mol%) (New)	59 SiO₂ - 35 Na₂O - 6 Al₂O₃ (mol%) (New)
60 ZrO₂ - 40 Al₂O₃ (wt%) (New)	6082	6086 (New)	67 SiO₂ - 33 Li₂O (mol%) (New)	67 SiO₂ - 33 Na₂O (mol%) (New)
80 ZrO₂ - 20 Al₂O₃ (wt%) (New)	A356.0	ABS (New)	Ag - 0.5 Au (wt%) (New)	Ag - 0.5 Pd (wt%) (New)
Ag - 1 Au (wt%) (New)	Ag - 1 Pd (wt%)	Ag - 10 Au (wt%)	Ag - 10 Pd (wt%)	Ag - 14 Al (wt%)
Ag - 15 Au (wt%) (New)	Ag - 15 Pd (wt%) (New)	Ag - 2 Pd (wt%)	Ag - 20 Au (wt%)	Ag - 20 Pd (wt%) (New)
Ag - 25 Au (wt%) (New)	Ag - 25 Pd (wt%) (New)	Ag - 27 Al (wt%)	Ag - 3 Au (wt%) (New)	Ag - 3 Pd (wt%)
Ag - 30 Au (wt%) (New)	Ag - 30 Pd (wt%) (New)	Ag - 35 Au (wt%)	Ag - 35 Pd (wt%) (New)	Ag - 4 Pd (wt%)
Ag - 40 Au (wt%)	Ag - 40 Pd (wt%) (New)	Ag - 45 Au (wt%) (New)	Ag - 45 Pd (wt%) (New)	Ag - 5 Au (wt%) (New)
Ag - 5 Pd (wt%)	Ag - 50 Al (wt%)	Ag - 50 Au (wt%) (New)	Ag - 50 Pd (wt%)	Ag - 53 Au (wt%)
Ag - 55 Au (wt%) (New)	Ag - 55 Pd (wt%) (New)	Ag - 6 Al (wt%)	Ag - 60 Au (wt%)	Ag - 60 Pd (wt%) (New)
Ag - 62 Al (wt%) (New)	Ag - 65 Au (wt%)	Ag - 65 Pd (wt%) (New)	Ag - 69 Al (wt%)	Ag - 70 Au (wt%) (New)
Ag - 70 Pd (wt%)	Ag - 74 Au (wt%)	Ag - 75 Pd (wt%) (New)	Ag - 80 Au (wt%)	Ag - 80 Pd (wt%) (New)
Ag - 85 Al (wt%) (New)	Ag - 85 Au (wt%) (New)	Ag - 85 Pd (wt%) (New)	Ag - 88 Au (wt%)	Ag - 90 Al (wt%) (New)
Ag - 90 Au (wt%) (New)	Ag - 90 Pd (wt%) (New)	Ag - 95 Au (wt%) (New)	Ag - 95 Pd (wt%)	Ag - 97 Au (wt%) (New)
Ag - 97 Pd (wt%) (New)	Ag - 99 Au (wt%) (New)	Ag - 99 Pd (wt%) (New)	Ag - 99.5 Au (wt%) (New)	Ag - 99.5 Pd (wt%) (New)
AgMnO₂ (New)	Al - 0.5 Cu (wt%) (New)	Al - 0.5 Mg (wt%) (New)	Al - 1 Cu (wt%) (New)	Al - 1 Mg (wt%) (New)
Al - 1.5 Cu (wt%)	Al - 10 Cu (wt%) (New)	Al - 10 Mg (wt%) (New)	Al - 15 Cu (wt%) (New)	Al - 20 Cu (wt%)
Al - 21 Cu (wt%)	Al - 25 Cu (wt%) (New)	Al - 3 Cu (wt%) (New)	Al - 3 Mg (wt%) (New)	Al - 30 Cu (wt%)
Al - 33 Cu (wt%)	Al - 35 Cu (wt%) (New)	Al - 37 Cu (wt%)	Al - 4 Cu (wt%)	Al - 40 Cu (wt%) (New)
Al - 45 Cu (wt%) (New)	Al - 5 Cu (wt%) (New)	Al - 5 Mg (wt%)	Al - 7 Mg (wt%) (New)	Al₀.₅Nb₁.₂₅Ta₁.₂₅TiZr (New)
Al₂O₃ (alpha) (Revised)	Al₂O₃ (gamma) (Revised)	Al₃Ni₂ (New)	Al₃Ni	Al₃Sc
Alloy D9 (Revised)	AlScMo₃O₁₂ (New)	AlSi7Mg0.6 (New)	Aluminum	architectural soda lime silicate (EN 572-1) (New)
Au - 0.44 Pd (wt%)	Au - 0.5 Cu (wt%) (New)	Au - 1 Cu (wt%) (New)	Au - 1 Pd (wt%)	Au - 1.7 Pd (wt%)
Au - 10 Cu (wt%)	Au - 10 Pd (wt%) (New)	Au - 15 Cu (wt%) (New)	Au - 15 Pd (wt%) (New)	Au - 2.2 Pd (wt%)
Au - 20 Cu (wt%) (New)	Au - 20 Pd (wt%) (New)	Au - 25 Cu (wt%) (New)	Au - 25 Pd (wt%) (New)	Au - 3 Cu (wt%) (New)
Au - 3 Pd (wt%) (New)	Au - 30 Cu (wt%) (New)	Au - 30 Pd (wt%) (New)	Au - 35 Cu (wt%) (New)	Au - 35 Pd (wt%) (New)
Au - 4 Mn (wt%)	Au - 40 Cu (wt%) (New)	Au - 40 Pd (wt%) (New)	Au - 45 Cu (wt%) (New)	Au - 45 Pd (wt%) (New)
Au - 5 Cu (wt%) (New)	Au - 5 Pd (wt%) (New)	Au - 50 Cu (wt%) (New)	Au - 50 Pd (wt%) (New)	Au - 55 Cu (wt%) (New)
Au - 55 Pd (wt%) (New)	Au - 6 Mn (wt%)	Au - 60 Cu (wt%) (New)	Au - 60 Pd (wt%) (New)	Au - 65 Cu (wt%) (New)
Au - 65 Pd (wt%) (New)	Au - 70 Cu (wt%) (New)	Au - 70 Pd (wt%) (New)	Au - 75 Cu (wt%) (New)	Au - 75 Pd (wt%) (New)
Au - 8.51 Mn (wt%) (Au₃Mn)	Au - 80 Cu (wt%) (New)	Au - 80 Pd (wt%) (New)	Au - 85 Cu (wt%) (New)	Au - 85 Pd (wt%) (New)
Au - 90 Cu (wt%) (New)	Au - 90 Pd (wt%) (New)	Au - 95 Cu (wt%) (New)	Au - 95 Pd (wt%) (New)	Au - 97 Cu (wt%) (New)
Au - 97 Pd (wt%) (New)	Au - 99 Cu (wt%) (New)	Au - 99 Pd (wt%) (New)	Au - 99.5 Cu (wt%) (New)	Au - 99.5 Pd (wt%) (New)
B₂O₃	Ba₀.₅Sr₀.₅Zn₂SiGeO₇ (New)	Bayfol HX200 photopolymer (New)	BiVO₄ (New)	Ca₃TaGa₃Si₂O₁₄ (New)
CaCO₃ (calcite)	CBS-50 NiL	Co₂V₂O₇ (New)	Corning 1415 (Revised)	Corning 1990 (Revised)
Corning 7052	Corning 7056	Corning 7070 (Revised)	Corning 7555 (Revised)	Corning 7556 (Revised)
Corning 7567 (Revised)	Corning 7568 (Revised)	Corning 7570 (Revised)	Corning 7572 (Revised)	Corning 7574 (Revised)
Corning 7575 (Revised)	Corning 7576 (Revised)	Corning 7578 (Revised)	Corning 7580 (Revised)	Corning 7583 (Revised)
Corning 7585 (Revised)	Corning 7586 (Revised)	Corning 7589 (Revised)	Corning 7590 (Revised)	Corning 7595 (Revised)
Corning 7597 (Revised)	Corning 7598 (Revised)	Corning 7599 (Revised)	Corning 7723 (Revised)	Corning 7732 (Revised)
Corning 7761 (Revised)	Corning 8161 (Revised)	Corning 8445 (Revised)	Corning 8463 (Revised)	Corning 9010 (Revised)
Corning 9013 (Revised)	Corning 9108 (Revised)	Corning 9119 (Revised)	CoSb₃	Cr₁₀Mn₂₀Fe₂₀Co₂₀Ni₃₀ (New)
Cr₁₄Mn₂₀Fe₂₀Co₂₀Ni₂₆ (New)	Cr₁₆Mn₂₀Fe₂₀Co₂₀Ni₂₄ (New)	Cr₁₈Mn₂₀Fe₂₀Co₂₀Ni₂₂ (New)	Cr₂₀Mn₂₀Fe₂₀Co₂₀Ni₂₀ (New)	Cr₂₂Mn₂₀Fe₂₀Co₂₀Ni₁₈ (New)
Cr₂₄Mn₂₀Fe₂₀Co₂₀Ni₁₆ (New)	Cr₂₆Mn₂₀Fe₂₀Co₂₀Ni₁₄ (New)	Cr₅Mn₂₀Fe₂₀Co₂₀Ni₃₅ (New)	CSS-42L VIM-VAR (AMS 5932))	CTD-101K (New)
Cu - 0.5 Al (wt%) (New)	Cu - 0.5 Ni (wt%) (New)	Cu - 0.5 Zn (wt%) (New)	Cu - 1 Al (wt%) (New)	Cu - 1 Ni (wt%) (New)
Cu - 1 Zn (wt%) (New)	Cu - 10 Al (wt%)	Cu - 10 Ni (wt%) (New)	Cu - 10 v/o graphite powder (New)	Cu - 10 Zn (wt%) (New)
Cu - 10 Zn - 0.1 S (wt%)	Cu - 10 Zn - 0.1 Sb (wt%)	Cu - 10 Zn - 0.1 Se (wt%)	Cu - 10 Zn - 0.4 S (wt%)	Cu - 10 Zn - 0.4 Sb (wt%)
Cu - 10 Zn - 0.4 Se (wt%)	Cu - 15 Al (wt%)	Cu - 15 Ni (wt%) (New)	Cu - 15 Zn (wt%) (New)	Cu - 20 Ni (wt%) (New)
Cu - 20 Zn (wt%) (New)	Cu - 22 Al (wt%)	Cu - 25 Al (wt%) (New)	Cu - 25 Ni (wt%) (New)	Cu - 25 Zn (wt%) (New)
Cu - 3 Al (wt%) (New)	Cu - 3 Ni (wt%)	Cu - 3 Zn (wt%) (New)	Cu - 30 Al (wt%)	Cu - 30 Ni (wt%) (New)
Cu - 30 Zn (wt%) (New)	Cu - 35 Al (wt%) (New)	Cu - 35 Ni (wt%) (New)	Cu - 39 Al (wt%)	Cu - 4.5 Al (wt%)
Cu - 40 Ni (wt%) (New)	Cu - 45 Al (wt%) (New)	Cu - 45 Ni (wt%) (New)	Cu - 5 Ni (wt%) (New)	Cu - 5 Zn (wt%) (New)
Cu - 5 Zn - 0.1 S (wt%)	Cu - 5 Zn - 0.1 Sb (wt%)	Cu - 5 Zn - 0.1 Se (wt%)	Cu - 5 Zn - 0.4 S (wt%)	Cu - 5 Zn - 0.4 Sb (wt%)
Cu - 5 Zn - 0.4 Se (wt%)	Cu - 50 Al (wt%)	Cu - 50 Ni (wt%) (New)	Cu - 8 Al (wt%)	Cu - 8 Cr (wt%)
Cu - 90 v/o graphite powder (New)	Cu₃Sn	Cu₆Sn₅	DyCo₂ (New)	Er₂O₃
ER100S-1 welding wire (New)	ER110S-G welding wire (New)	ER70S-6 welding wire (New)	Fe₂TiSn	Ferrium C61 (AMS 6517)
Ferrium C64 (AMS 6509)	FeVO₄ (New)	Gd₂O₃	Gneiss	H11 (Revised)
HfNbTaTiZr	Ho₂O₃	Inconel 617	Inconel 718	La₃Ga₅SiO₁₄ (Revised)
Limestone (Nazareth) CaCO₃	LiMnO₂ (New)	Lu₂O₃	Maraging 200 (C-type)	Maraging 250 (C-type)
Maraging 300 (C-type)	Maraging 350 (C-type)	Marble	Mg - 0.5 Al (wt%) (New)	Mg - 1 Al (wt%) (New)
Mg - 1 Si (wt%) (New)	Mg - 1.38 Si (wt%) (New)	Mg - 10 Al (wt%) (New)	Mg - 2 Si (wt%) (New)	Mg - 25 Cu - 15 Zn (wt%) (New)
Mg - 3 Al (wt%) (New)	Mg - 3 Si (wt%) (New)	Mg - 4 Si (wt%) (New)	Mg - 4 Si - 0.2 Ca (wt%) (New)	Mg - 4 Si - 0.4 Ca (wt%) (New)
Mg - 4 Si - 0.6 Ca (wt%) (New)	Mg - 4 Si - 0.8 Ca (wt%) (New)	Mg - 4 Si - 1 Ca (wt%) (New)	Mg - 5 Al (wt%) (New)	Mg - 7 Al - 1 Si (wt%)
Mg - 8 Sn - 1.5 Al (wt%) (New)	Mg₁.₉₇Li₀.₀₃Si₀.₃Sn₀.₇ (New)	Mg₂.₀₆Si₀.₃Sn₀.₆₆₅Bi₀.₀₃₅ (New)	Mg₂.₀₆Si₀.₃Sn₀.₆₉₂₅Bi₀.₀₀₇₅ (New)	Mg₂Si₀.₃Sn₀.₇
Mix61 (New)	Mn₂₀Fe₂₀Co₂₀Ni₄₀ (New)	MSUT-Twente (New)	MY750 (New)	NaZnSb (New)
Ni - 0.5 Cu (wt%) (New)	Ni - 1 Cu (wt%) (New)	Ni - 10 Cu (wt%) (New)	Ni - 15 Cu (wt%) (New)	Ni - 20 Cu (wt%) (New)
Ni - 25 Cu (wt%) (New)	Ni - 3 Cu (wt%) (New)	Ni - 30 Cu (wt%) (New)	Ni - 35 Cu (wt%) (New)	Ni - 40 Cu (wt%) (New)
Ni - 45 Cu (wt%) (New)	Ni - 5 Cu (wt%) (New)	Nickel (Revised)	nylon harp strings (New)	Palladium
Pd - 0.5 Cu (wt%) (New)	Pd - 1 Cu (wt%) (New)	Pd - 10 Cu (wt%) (New)	Pd - 15 Cu (wt%) (New)	Pd - 20 Cu (wt%) (New)
Pd - 25 Cu (wt%) (New)	Pd - 3 Cu (wt%) (New)	Pd - 30 Cu (wt%) (New)	Pd - 35 Cu (wt%) (New)	Pd - 40 Cu (wt%) (New)
Pd - 45 Cu (wt%) (New)	Pd - 5 Cu (wt%) (New)	Pd - 50 Cu (wt%) (New)	Pd - 55 Cu (wt%) (New)	Pd - 60 Cu (wt%) (New)
Pd - 65 Cu (wt%) (New)	Pd - 70 Cu (wt%) (New)	Pd - 75 Cu (wt%) (New)	Pd - 80 Cu (wt%) (New)	Pd - 85 Cu (wt%) (New)
Pd - 90 Cu (wt%) (New)	Pd - 95 Cu (wt%) (New)	Pd - 97 Cu (wt%) (New)	Pd - 99 Cu (wt%) (New)	Pd - 99.5 Cu (wt%) (New)
PET-G (polyethylene terephthalate glycol) (New)	PLA + 1 wt% graphene (New)	PLA (New)	Platinum	Polyamide 12 (New)
Pt - 10 Au (at%) (New)	Pt - 5 Ni (wt%)	Pyrowear 53	Sandstone (China, Ordos basin) (New)	Sandstone (quartzitic)
Scalmalloy (New)	SiO₀.₉₄C₁.₁₃ (New)	SiO₁.₂₇C₀.₉₇ (New)	SiO₁.₃₈C₀.₃₂ (New)	SiO₁.₄₁C₀.₃ (New)
SiO₁.₅C₀.₇₁ (New)	Sn - 1 Ag - 0.5 Cu (wt%)	Sn - 1.25 Ag - 2 Cu (wt%)	Sn - 3 Cu (wt%)	Sn - 3.5 Ag - 0.7 Cu (wt%)
Sn - 3.5 Ag - 0.9 Cu (wt%)	Sn - 4 Zr (wt%)	Sn - 5 Sb (wt%)	Tb₀.₃Dy₀.₇Co₂ (New)	Tb₂O₃
TbCo₂ (New)	Ti - 6 Al - 4 V (Grade 5)	Ti - 6 Al - 4 V	Tm₂O₃	ULTEM 9085
Y₂O₃	Yb₂O₃	YBCO (New)	Zircaloy-4	ZK60
Zr - 0.14 Hf (wt%)	ZrO₂

1050

    FSN    (N):    effect of grain size : tested at 20 °C (68 °F), R = 0.1, axial, 0.066 mm (0.0026 inch) grains, maximum stress : 21|6|0|0
    FSN    (N):    effect of grain size : tested at 20 °C (68 °F), R = 0.1, axial, 0.39 mm (0.0154 inch) grains, maximum stress : 21|6|0|1
    FSN    (N):    effect of grain size : tested at 20 °C (68 °F), R = 0.1, axial, 1.41 mm (0.0555 inch) grains, maximum stress : 21|6|0|2
    FSN    (N):    effect of grain size : tested at 20 °C (68 °F), R = 0.1, axial, 3.46 mm (0.136 inch) grains, maximum stress : 21|6|0|3
    FSN    (N):    effect of grain size : tested at 20 °C (68 °F), R = 0.1, axial, 9.74 mm (0.383 inch) grains, maximum stress : 21|6|0|4

return to listing

2205

    FSN    (N):    in air : tested at 20 °C (68 °F), R = -1, ultrasonic axial, stress amplitude : 1056|6|0|1
    FSN    (N):    in seawater : tested at 20 °C (68 °F), R = -1, ultrasonic axial, in artificial seawater, stress amplitude : 1056|6|1|1

return to listing

316L

    FSN    (N):    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, as-built, 20 micron layer, horizontal, stress amplitude, Dastgerdi et. al. : 1260|6|3|9
    FSN    (N):    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, as-built, 20 micron layer, vertical, stress amplitude, Dastgerdi et. al. : 1260|6|3|10
    FSN    (N):    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, as-built, 40 micron layer, horizontal, stress amplitude, Dastgerdi et. al. : 1260|6|3|11
    FSN    (N):    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, as-built, 40 micron layer, vertical, stress amplitude, Dastgerdi et. al. : 1260|6|3|12
    FEN    (N):    laser powder bed fusion : tested at 20 °C (68 °F), R = -1, axial, stress-relieved at 550 °C (1022 °F), total strain amplitude : 1260|14|2|0
    FEN    (N):    laser powder bed fusion : tested at 20 °C (68 °F), R = -1, axial, stress-relieved at 550 °C (1022 °F), elastic strain amplitude : 1260|14|2|1
    FEN    (N):    laser powder bed fusion : tested at 20 °C (68 °F), R = -1, axial, stress-relieved at 550 °C (1022 °F), plastic strain amplitude : 1260|14|2|2

return to listing

347

    FSN    (N):    solution annealed : tested at 20 °C (68 °F), R = -1, ultrasonic, maximum stress : 1271|6|3|0
    FSN    (N):    solution annealed : tested at 300 °C (572 °F), R = -1, ultrasonic, maximum stress : 1271|6|3|1

return to listing

34CrNiMo6

    UTS   (N*):    oil quenched & tempered : tempered at 660 °C (1220 °F) : 10211|5|0|0
    UTS   (N*):    oil quenched & tempered : tempered at 570 °C (1058 °F) : 10211|5|0|1
    FSN    (N):    quenched & tempered : tested at 20 °C (68 °F), R = -1, axial, machined, stress amplitude, Leguinagoicoa et. al. : 10211|6|0|2
    FSN    (N):    quenched & tempered : tested at 20 °C (68 °F), R = -1, axial, polished, stress amplitude, Leguinagoicoa et. al. : 10211|6|0|3
    FSN    (N):    quenched & tempered : tested at 20 °C (68 °F), R = -1, axial, shot peened, stress amplitude, Leguinagoicoa et. al. : 10211|6|0|4
    YS    (N*):    oil quenched & tempered : tempered at 660 °C (1220 °F) : 10211|13|0|0
    YS    (N*):    oil quenched & tempered : tempered at 570 °C (1058 °F) : 10211|13|0|1
    %El   (N*):    oil quenched & tempered : tempered at 660 °C (1220 °F) : 10211|29|0|0
    %El   (N*):    oil quenched & tempered : tempered at 570 °C (1058 °F) : 10211|29|0|1

return to listing

40 ZrO₂ - 60 Al₂O₃ (wt%) (New)

    DLL       :    liquid : 15137|0|1|-1
    MTE       :    liquid : 15137|8|1|-1
    CTE       :    liquid : 15137|16|1|-1
    D         :    liquid : 15137|24|1|-1

return to listing

42.5 ZrO₂ - 57.5 Al₂O₃ (wt%) (New)

    DLL       :    liquid : 15138|0|1|-1
    MTE       :    liquid : 15138|8|1|-1
    CTE       :    liquid : 15138|16|1|-1
    D         :    liquid : 15138|24|1|-1

return to listing

45 ZrO₂ - 55 Al₂O₃ (wt%) (New)

    DLL       :    liquid : 15139|0|1|-1
    MTE       :    liquid : 15139|8|1|-1
    CTE       :    liquid : 15139|16|1|-1
    D         :    liquid : 15139|24|1|-1

return to listing

50 ZrO₂ - 50 Al₂O₃ (wt%) (New)

    DLL       :    liquid : 15140|0|1|-1
    MTE       :    liquid : 15140|8|1|-1
    CTE       :    liquid : 15140|16|1|-1
    D         :    liquid : 15140|24|1|-1

return to listing

52100

    SSC    (N):    bainitic condition : tested at 20 °C (68 °F), unknown strain rate : 1155|4|0|0
    FSN    (N):    bainitic condition : tested at 20 °C (68 °F), R = -1, ultrasonic axial, stress amplitude : 1155|6|5|0
    FSN    (N):    bainitic condition : tested at 20 °C (68 °F), ultrasonic axial, constant min stress of -1.45 GPa (-210 ksi)stress amplitude : 1155|6|5|1
    FSN    (N):    bainitic condition : tested at 20 °C (68 °F), ultrasonic axial, constant min stress of -2.45 GPa (-355 ksi), stress amplitude : 1155|6|5|2
    SSCC   (N):    bainitic condition : tested at 20 °C (68 °F), unknown strain rate : 1155|12|4|0

return to listing

55 SiO₂ - 36 Li₂O - 9 Al₂O₃ (mol%) (New)

    Vis       :    liquid : 15136|26|1|-1

return to listing

55 SiO₂ - 36 Na₂O - 9 Al₂O₃ (mol%) (New)

    Vis       :    liquid : 15133|26|1|-1

return to listing

55 ZrO₂ - 45 Al₂O₃ (wt%) (New)

    DLL       :    liquid : 15141|0|1|-1
    MTE       :    liquid : 15141|8|1|-1
    CTE       :    liquid : 15141|16|1|-1
    D         :    liquid : 15141|24|1|-1

return to listing

59 SiO₂ - 35 Li₂O - 6 Al₂O₃ (mol%) (New)

    Vis       :    liquid : 15135|26|1|-1

return to listing

59 SiO₂ - 35 Na₂O - 6 Al₂O₃ (mol%) (New)

    Vis       :    liquid : 15132|26|1|-1

return to listing

60 ZrO₂ - 40 Al₂O₃ (wt%) (New)

    DLL       :    liquid : 15142|0|1|-1
    MTE       :    liquid : 15142|8|1|-1
    CTE       :    liquid : 15142|16|1|-1
    D         :    liquid : 15142|24|1|-1

return to listing

6082

    TC    (N*):    solid : T4 temper, extrusion : 12796|1|0|0
    TC    (N*):    solid : T6 temper, extrusion : 12796|1|0|1
    RHO   (N*):    solid : T4 temper, extrusion : 12796|2|0|0
    RHO   (N*):    solid : T6 temper, extrusion : 12796|2|0|1
    E     (N*):    extrusions : 12796|3|0|-1
    SSC    (N):    hollow rectangular section : tested at 20 °C (68 °F), 0.001/s, T4 temper : 12796|4|1|0
    SSC    (N):    hollow rectangular section : tested at 20 °C (68 °F), 0.001/s, 0% pre-strain, T6 temper : 12796|4|1|1
    SSC    (N):    hollow rectangular section : tested at 20 °C (68 °F), 0.001/s, 5% pre-strain, T6 temper : 12796|4|1|2
    SSC    (N):    hollow rectangular section : tested at 20 °C (68 °F), 0.001/s, 10% pre-strain, T6 temper : 12796|4|1|3
    SSC    (N):    hollow rectangular section : tested at 20 °C (68 °F), 0.001/s, 15% pre-strain, T6 temper : 12796|4|1|4
    SSC    (N):    extrusions : tested at 20 °C (68 °F), 0.001/s, 30 mm (1.18 inch) diameter, T6 temper : 12796|4|2|0
    UTS   (N*):    T6 temper : 20 mm (0.787 inch) diameter extrusion : 12796|5|0|1
    UTS   (N*):    T6 temper : 30 mm (1.18 inch) diameter extrusion : 12796|5|0|2
    UTS   (N*):    T6 temper : 40 mm (1.57 inch) diameter extrusion : 12796|5|0|3
    FSN    (N):    T6 temper : tested at 20 °C (68 °F), R = 0.5, axial, extrusion direction, stress amplitude : 12796|6|0|0
    FSN    (N):    T6 temper : tested at 20 °C (68 °F), R = 0.5, axial, transverse direction, stress amplitude : 12796|6|0|1
    FSN    (N):    T6 temper, effect of sample size : tested at 20 °C (68 °F), R = -1.0, axial, ultrasonic, 3 mm (0.118 inch) diameter, maximum stress : 12796|6|1|0
    FSN    (N):    T6 temper, effect of sample size : tested at 20 °C (68 °F), R = -1.0, axial, ultrasonic, 6 mm (0.236 inch) diameter, maximum stress : 12796|6|1|1
    FSN    (N):    T6 temper, effect of sample size : tested at 20 °C (68 °F), R = -1.0, axial, ultrasonic, 12 mm (0.472 inch) diameter, maximum stress : 12796|6|1|2
    FSN    (N):    T6 temper, effect of sample size : tested at 20 °C (68 °F), R = -1.0, axial, ultrasonic, 24 mm (0.945 inch) diameter, maximum stress : 12796|6|1|3
    FSN    (N):    T6 temper, effect of sample size : tested at 20 °C (68 °F), R = -1.0, axial, ultrasonic, 30 mm (1.18 inch) diameter, maximum stress : 12796|6|1|4
    SH    (N*):    solid : 12796|9|0|-1
    SIGMA (N*):    solid : T4 temper, extrusion : 12796|10|0|0
    SIGMA (N*):    solid : T6 temper, extrusion : 12796|10|0|1
    G     (N*):    extrusions : 12796|11|0|-1
    YS    (N*):    T6 temper : 20 mm (0.787 inch) diameter extrusion : 12796|13|0|1
    YS    (N*):    T6 temper : 30 mm (1.18 inch) diameter extrusion : 12796|13|0|2
    YS    (N*):    T6 temper : 40 mm (1.57 inch) diameter extrusion : 12796|13|0|3
    v     (N*):    extrusions : 12796|19|0|-1
    TD    (N*):    solid : T4 temper, extrusion : 12796|25|0|0
    TD    (N*):    solid : T6 temper, extrusion : 12796|25|0|1
    K     (N*):    extrusions : 12796|27|0|-1
    %El   (N*):    T6 temper : 20 mm (0.787 inch) diameter extrusion : 12796|29|0|1
    %El   (N*):    T6 temper : 30 mm (1.18 inch) diameter extrusion : 12796|29|0|2
    %El   (N*):    T6 temper : 40 mm (1.57 inch) diameter extrusion : 12796|29|0|3

return to listing

6086 (New)

    E     (*):    T6 temper : 15146|3|0|-1
    SSC       :    T6 temper : tested at 20 °C (68 °F), 3.3 x 10⁻⁴/s : 15146|4|0|0
    UTS   (*):    T6 temper : 15146|5|0|-1
    FSN       :    T6 temper : tested at 20 °C (68 °F), R = -1, axial, longitudinal, 95% survival, maximum stress : 15146|6|0|0
    FSN       :    T6 temper : tested at 20 °C (68 °F), R = -1, axial, longitudinal, 50% survival, maximum stress : 15146|6|0|1
    FSN       :    T6 temper : tested at 20 °C (68 °F), R = -1, axial, longitudinal, 5% survival, maximum stress : 15146|6|0|2
    YS    (*):    T6 temper : 15146|13|0|-1
    FEN       :    T6 temper : tested at 20 °C (68 °F), R = -1, axial, longitudinal, 95% survival, total strain amplitude : 15146|14|0|0
    FEN       :    T6 temper : tested at 20 °C (68 °F), R = -1, axial, longitudinal, 50% survival, total strain amplitude : 15146|14|0|1
    FEN       :    T6 temper : tested at 20 °C (68 °F), R = -1, axial, longitudinal, 5% survival, total strain amplitude : 15146|14|0|2
    D     (*):    solid : 15146|24|0|-1
    %El   (*):    T6 temper : 15146|29|0|-1

return to listing

67 SiO₂ - 33 Li₂O (mol%) (New)

    Vis       :    liquid : 15134|26|1|-1

return to listing

67 SiO₂ - 33 Na₂O (mol%) (New)

    Vis       :    liquid : 15131|26|1|-1

return to listing

80 ZrO₂ - 20 Al₂O₃ (wt%) (New)

    DLL       :    liquid : 15143|0|1|-1
    MTE       :    liquid : 15143|8|1|-1
    CTE       :    liquid : 15143|16|1|-1
    D         :    liquid : 15143|24|1|-1

return to listing

A356.0

    E      (N):    Plus 0.5 wt% Cu : T7 temper : 119|3|1|0
    SSC    (N):    Plus 0.5 wt% Cu, T7 temper : tested at 20 °C (68 °F), 0.01/s : 119|4|0|0
    SSC    (N):    Plus 0.5 wt% Cu, T7 temper : tested at 100 °C (212 °F), 0.01/s : 119|4|0|1
    SSC    (N):    Plus 0.5 wt% Cu, T7 temper : tested at 150 °C (302 °F), 0.01/s : 119|4|0|2
    SSC    (N):    Plus 0.5 wt% Cu, T7 temper : tested at 200 °C (392 °F), 0.01/s : 119|4|0|3
    SSC    (N):    Plus 0.5 wt% Cu, T7 temper : tested at 250 °C (482 °F), 0.01/s : 119|4|0|4
    SSC    (N):    Plus 0.5 wt% Cu, T7 temper : tested at 300 °C (572 °F), 0.01/s : 119|4|0|5
    UTS    (N):    Plus 0.5 wt% Cu : T7 temper : 119|5|0|0
    YS     (N):    Plus 0.5 wt% Cu : T7 temper : 119|13|0|0
    FEN    (N):    Plus 0.5 wt% Cu, T7 temper : tested at 150 °C (302 °F), R = -1, axial, plastic strain amplitude : 119|14|0|0
    FEN    (N):    Plus 0.5 wt% Cu, T7 temper : tested at 200 °C (392 °F), R = -1, axial, plastic strain amplitude : 119|14|0|1
    FEN    (N):    Plus 0.5 wt% Cu, T7 temper : tested at 250 °C (482 °F), R = -1, axial, plastic strain amplitude : 119|14|0|2
    %El    (N):    Plus 0.5 wt% Cu : T7 temper : 119|29|0|0

return to listing

ABS (New)

    E     (*):    fused filament fabrication : Kluczynski et. al., 4 mm/min : 15122|3|0|0
    E     (*):    fused filament fabrication : Cicero et. al., 0/90 raster orientation, 5 mm/min : 15122|3|0|1
    E     (*):    fused filament fabrication : Cicero et. al., 30/-60 raster orientation, 5 mm/min : 15122|3|0|2
    E     (*):    fused filament fabrication : Cicero et. al., 45/-45 raster orientation, 5 mm/min : 15122|3|0|3
    UTS   (*):    fused filament fabrication : Kluczynski et. al., 4 mm/min : 15122|5|0|0
    UTS   (*):    fused filament fabrication : Cicero et. al., 0/90 raster orientation, 5 mm/min : 15122|5|0|1
    UTS   (*):    fused filament fabrication : Cicero et. al., 30/-60 raster orientation, 5 mm/min : 15122|5|0|2
    UTS   (*):    fused filament fabrication : Cicero et. al., 45/-45 raster orientation, 5 mm/min : 15122|5|0|3
    YS    (*):    fused filament fabrication : Kluczynski et. al., 4 mm/min : 15122|13|0|0
    YS    (*):    fused filament fabrication : Cicero et. al., 0/90 raster orientation, 5 mm/min : 15122|13|0|1
    YS    (*):    fused filament fabrication : Cicero et. al., 30/-60 raster orientation, 5 mm/min : 15122|13|0|2
    YS    (*):    fused filament fabrication : Cicero et. al., 45/-45 raster orientation, 5 mm/min : 15122|13|0|3
    FEN       :    fused filament fabrication : tested at 20 °C (68 °F), R = 0.1, axial, total strain amplitude : 15122|14|0|0
    FEN       :    fused filament fabrication : tested at 20 °C (68 °F), R = 0.1, axial, elastic strain amplitude : 15122|14|0|1
    FEN       :    fused filament fabrication : tested at 20 °C (68 °F), R = 0.1, axial, plastic strain amplitude : 15122|14|0|2
    %El   (*):    fused filament fabrication : Kluczynski et. al., 4 mm/min, at break : 15122|29|0|0
    %El   (*):    fused filament fabrication : Cicero et. al., 0/90 raster orientation, 5 mm/min, at break : 15122|29|0|1
    %El   (*):    fused filament fabrication : Cicero et. al., 30/-60 raster orientation, 5 mm/min, at break : 15122|29|0|2
    %El   (*):    fused filament fabrication : Cicero et. al., 45/-45 raster orientation, 5 mm/min, at break : 15122|29|0|3
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 4 mm/min, Kluczynski et. al., tested to fracture : 15122|35|0|0
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 5 mm/min, Cicero et. al., 0/90 raster orientation, tested to fracture : 15122|35|0|1
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 5 mm/min, Cicero et. al., 30/-60 raster orientation, tested to fracture : 15122|35|0|2
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 5 mm/min, Cicero et. al., 45/-45 raster orientation, tested to fracture : 15122|35|0|3

return to listing

Ag - 0.5 Au (wt%) (New)

    TC        :    solid : disordered : 15243|1|0|0
    D     (*):    solid : 15243|24|0|-1

return to listing

Ag - 0.5 Pd (wt%) (New)

    TC        :    solid : 15260|1|0|-1
    D     (*):    solid : 15260|24|0|-1

return to listing

Ag - 1 Au (wt%) (New)

    TC        :    solid : disordered : 15244|1|0|0
    D     (*):    solid : 15244|24|0|-1

return to listing

Ag - 1 Pd (wt%)

    TC     (N):    solid : 9089|1|0|-1

return to listing

Ag - 10 Au (wt%)

    TC     (N):    solid : disordered : 9097|1|0|0

return to listing

Ag - 10 Pd (wt%)

    TC     (N):    solid : 9094|1|0|-1

return to listing

Ag - 14 Al (wt%)

    D     (N*):    solid : 9493|24|0|-1

return to listing

Ag - 15 Au (wt%) (New)

    DLL       :    solid : 15247|0|0|-1
    DLL       :    liquid : 15247|0|1|-1
    TC        :    solid : disordered : 15247|1|0|0
    MTE       :    solid : 15247|8|0|-1
    MTE       :    liquid : 15247|8|1|-1
    CTE       :    solid : 15247|16|0|-1
    CTE       :    liquid : 15247|16|1|-1
    D         :    solid : 15247|24|0|-1
    D         :    liquid : 15247|24|1|-1

return to listing

Ag - 15 Pd (wt%) (New)

    TC        :    solid : 15261|1|0|-1
    D     (*):    solid : 15261|24|0|-1

return to listing

Ag - 2 Pd (wt%)

    TC     (N):    solid : 9090|1|0|-1

return to listing

Ag - 20 Au (wt%)

    TC     (N):    solid : disordered : 9096|1|0|0

return to listing

Ag - 20 Pd (wt%) (New)

    TC        :    solid : 15262|1|0|-1
    D     (*):    solid : 15262|24|0|-1

return to listing

Ag - 25 Au (wt%) (New)

    DLL       :    solid : 15248|0|0|-1
    DLL       :    liquid : 15248|0|1|-1
    TC        :    solid : disordered : 15248|1|0|0
    MTE       :    solid : 15248|8|0|-1
    MTE       :    liquid : 15248|8|1|-1
    CTE       :    solid : 15248|16|0|-1
    CTE       :    liquid : 15248|16|1|-1
    D         :    solid : 15248|24|0|-1
    D         :    liquid : 15248|24|1|-1

return to listing

Ag - 25 Pd (wt%) (New)

    TC        :    solid : 15263|1|0|-1
    D     (*):    solid : 15263|24|0|-1

return to listing

Ag - 27 Al (wt%)

    D     (N*):    solid : 9492|24|0|-1

return to listing

Ag - 3 Au (wt%) (New)

    TC        :    solid : disordered : 15245|1|0|0
    D     (*):    solid : 15245|24|0|-1

return to listing

Ag - 3 Pd (wt%)

    TC     (N):    solid : 9091|1|0|-1

return to listing

Ag - 30 Au (wt%) (New)

    DLL       :    solid : 15249|0|0|-1
    DLL       :    liquid : 15249|0|1|-1
    TC        :    solid : disordered : 15249|1|0|0
    MTE       :    solid : 15249|8|0|-1
    MTE       :    liquid : 15249|8|1|-1
    CTE       :    solid : 15249|16|0|-1
    CTE       :    liquid : 15249|16|1|-1
    D         :    solid : 15249|24|0|-1
    D         :    liquid : 15249|24|1|-1

return to listing

Ag - 30 Pd (wt%) (New)

    TC        :    solid : 15264|1|0|-1
    D     (*):    solid : 15264|24|0|-1

return to listing

Ag - 35 Au (wt%)

    TC     (N):    solid : disordered : 9077|1|0|0

return to listing

Ag - 35 Pd (wt%) (New)

    TC        :    solid : 15265|1|0|-1
    D     (*):    solid : 15265|24|0|-1

return to listing

Ag - 4 Pd (wt%)

    TC     (N):    solid : 9092|1|0|-1

return to listing

Ag - 40 Au (wt%)

    TC     (N):    solid : disordered : 9095|1|0|0

return to listing

Ag - 40 Pd (wt%) (New)

    TC        :    solid : 15266|1|0|-1
    D     (*):    solid : 15266|24|0|-1

return to listing

Ag - 45 Au (wt%) (New)

    DLL       :    solid : 15250|0|0|-1
    DLL       :    liquid : 15250|0|1|-1
    TC        :    solid : disordered : 15250|1|0|0
    MTE       :    solid : 15250|8|0|-1
    MTE       :    liquid : 15250|8|1|-1
    CTE       :    solid : 15250|16|0|-1
    CTE       :    liquid : 15250|16|1|-1
    D         :    solid : 15250|24|0|-1
    D         :    liquid : 15250|24|1|-1

return to listing

Ag - 45 Pd (wt%) (New)

    TC        :    solid : 15267|1|0|-1
    D     (*):    solid : 15267|24|0|-1

return to listing

Ag - 5 Au (wt%) (New)

    TC        :    solid : disordered : 15246|1|0|0
    D     (*):    solid : 15246|24|0|-1

return to listing

Ag - 5 Pd (wt%)

    TC     (N):    solid : 9093|1|0|-1

return to listing

Ag - 50 Al (wt%)

    D     (N*):    solid : 9491|24|0|-1

return to listing

Ag - 50 Au (wt%) (New)

    DLL       :    solid : 15251|0|0|-1
    DLL       :    liquid : 15251|0|1|-1
    TC        :    solid : disordered : 15251|1|0|0
    MTE       :    solid : 15251|8|0|-1
    MTE       :    liquid : 15251|8|1|-1
    CTE       :    solid : 15251|16|0|-1
    CTE       :    liquid : 15251|16|1|-1
    D         :    solid : 15251|24|0|-1
    D         :    liquid : 15251|24|1|-1

return to listing

Ag - 50 Pd (wt%)

    TC     (N):    solid : 9130|1|0|-1
    D     (N*):    solid : 9130|24|0|-1

return to listing

Ag - 53 Au (wt%)

    TC     (N):    solid : disordered : 9076|1|0|0

return to listing

Ag - 55 Au (wt%) (New)

    DLL       :    solid : 15252|0|0|-1
    DLL       :    liquid : 15252|0|1|-1
    TC        :    solid : disordered : 15252|1|0|0
    MTE       :    solid : 15252|8|0|-1
    MTE       :    liquid : 15252|8|1|-1
    CTE       :    solid : 15252|16|0|-1
    CTE       :    liquid : 15252|16|1|-1
    D         :    solid : 15252|24|0|-1
    D         :    liquid : 15252|24|1|-1

return to listing

Ag - 55 Pd (wt%) (New)

    TC        :    solid : 15268|1|0|-1
    D     (*):    solid : 15268|24|0|-1

return to listing

Ag - 6 Al (wt%)

    D     (N*):    solid : 9494|24|0|-1

return to listing

Ag - 60 Au (wt%)

    TC     (N):    solid : disordered : 9073|1|0|0

return to listing

Ag - 60 Pd (wt%) (New)

    TC        :    solid : 15269|1|0|-1
    D     (*):    solid : 15269|24|0|-1

return to listing

Ag - 62 Al (wt%) (New)

    RHO       :    solid : homogenized at 550 °C (1022 °F) : 15367|2|0|0
    SIGMA    :    solid : homogenized at 550 °C (1022 °F) : 15367|10|0|0
    D     (*):    solid : 15367|24|0|-1

return to listing

Ag - 65 Au (wt%)

    TC     (N):    solid : disordered : 2776|1|0|0

return to listing

Ag - 65 Pd (wt%) (New)

    TC        :    solid : 15277|1|0|-1
    D     (*):    solid : 15277|24|0|-1

return to listing

Ag - 69 Al (wt%)

    RHO    (N):    solid : 9483|2|0|-1
    SIGMA (N):    solid : 9483|10|0|-1
    D     (N*):    solid : 9483|24|0|-1

return to listing

Ag - 70 Au (wt%) (New)

    DLL       :    solid : 15253|0|0|-1
    DLL       :    liquid : 15253|0|1|-1
    TC        :    solid : disordered : 15253|1|0|0
    MTE       :    solid : 15253|8|0|-1
    MTE       :    liquid : 15253|8|1|-1
    CTE       :    solid : 15253|16|0|-1
    CTE       :    liquid : 15253|16|1|-1
    D         :    solid : 15253|24|0|-1
    D         :    liquid : 15253|24|1|-1

return to listing

Ag - 70 Pd (wt%)

    TC     (N):    solid : 9131|1|0|-1

return to listing

Ag - 74 Au (wt%)

    TC     (N):    solid : disordered : 9075|1|0|0

return to listing

Ag - 75 Pd (wt%) (New)

    TC        :    solid : 15270|1|0|-1
    D     (*):    solid : 15270|24|0|-1

return to listing

Ag - 80 Au (wt%)

    TC     (N):    solid : disordered : 9072|1|0|0

return to listing

Ag - 80 Pd (wt%) (New)

    TC        :    solid : 15271|1|0|-1
    D     (*):    solid : 15271|24|0|-1

return to listing

Ag - 85 Al (wt%) (New)

    RHO       :    solid : homogenized at 550 °C (1022 °F) : 15366|2|0|0
    SIGMA    :    solid : homogenized at 550 °C (1022 °F) : 15366|10|0|0
    D     (*):    solid : 15366|24|0|-1

return to listing

Ag - 85 Au (wt%) (New)

    DLL       :    solid : 15254|0|0|-1
    DLL       :    liquid : 15254|0|1|-1
    TC        :    solid : disordered : 15254|1|0|0
    MTE       :    solid : 15254|8|0|-1
    MTE       :    liquid : 15254|8|1|-1
    CTE       :    solid : 15254|16|0|-1
    CTE       :    liquid : 15254|16|1|-1
    D         :    solid : 15254|24|0|-1
    D         :    liquid : 15254|24|1|-1

return to listing

Ag - 85 Pd (wt%) (New)

    TC        :    solid : 15272|1|0|-1
    D     (*):    solid : 15272|24|0|-1

return to listing

Ag - 88 Au (wt%)

    TC     (N):    solid : disordered : 9074|1|0|0

return to listing

Ag - 90 Al (wt%) (New)

    RHO       :    solid : 15365|2|0|-1
    SIGMA    :    solid : 15365|10|0|-1
    D     (*):    solid : 15365|24|0|-1

return to listing

Ag - 90 Au (wt%) (New)

    DLL       :    solid : 15255|0|0|-1
    TC        :    solid : disordered : 15255|1|0|0
    MTE       :    solid : 15255|8|0|-1
    CTE       :    solid : 15255|16|0|-1
    D         :    solid : 15255|24|0|-1

return to listing

Ag - 90 Pd (wt%) (New)

    TC        :    solid : 15273|1|0|-1
    D     (*):    solid : 15273|24|0|-1

return to listing

Ag - 95 Au (wt%) (New)

    DLL       :    solid : 15256|0|0|-1
    TC        :    solid : disordered : 15256|1|0|0
    MTE       :    solid : 15256|8|0|-1
    CTE       :    solid : 15256|16|0|-1
    D         :    solid : 15256|24|0|-1

return to listing

Ag - 95 Pd (wt%)

    TC     (N):    solid : 9132|1|0|-1

return to listing

Ag - 97 Au (wt%) (New)

    DLL       :    solid : 15257|0|0|-1
    TC        :    solid : disordered : 15257|1|0|0
    MTE       :    solid : 15257|8|0|-1
    CTE       :    solid : 15257|16|0|-1
    D         :    solid : 15257|24|0|-1

return to listing

Ag - 97 Pd (wt%) (New)

    TC        :    solid : 15274|1|0|-1
    D     (*):    solid : 15274|24|0|-1

return to listing

Ag - 99 Au (wt%) (New)

    DLL       :    solid : 15258|0|0|-1
    TC        :    solid : disordered : 15258|1|0|0
    MTE       :    solid : 15258|8|0|-1
    CTE       :    solid : 15258|16|0|-1
    D         :    solid : 15258|24|0|-1

return to listing

Ag - 99 Pd (wt%) (New)

    TC        :    solid : 15275|1|0|-1
    D     (*):    solid : 15275|24|0|-1

return to listing

Ag - 99.5 Au (wt%) (New)

    DLL       :    solid : 15259|0|0|-1
    TC        :    solid : disordered : 15259|1|0|0
    MTE       :    solid : 15259|8|0|-1
    CTE       :    solid : 15259|16|0|-1
    D         :    solid : 15259|24|0|-1

return to listing

Ag - 99.5 Pd (wt%) (New)

    TC        :    solid : 15276|1|0|-1
    D     (*):    solid : 15276|24|0|-1

return to listing

AgMnO₂ (New)

    RHO       :    orthorhombic phase : 65% dense : 15145|2|0|0
    SIGMA    :    orthorhombic phase : 65% dense : 15145|10|0|0
    D     (*):    solid : NaCl structure : 15145|24|0|0

return to listing

Al - 0.5 Cu (wt%) (New)

    TC        :    solid : 15354|1|0|-1
    D     (*):    solid : 15354|24|0|-1

return to listing

Al - 0.5 Mg (wt%) (New)

    TC        :    solid : 15344|1|0|-1
    D     (*):    solid : 15344|24|0|-1

return to listing

Al - 1 Cu (wt%) (New)

    TC        :    solid : 15360|1|0|-1
    D     (*):    solid : 15360|24|0|-1

return to listing

Al - 1 Mg (wt%) (New)

    TC        :    solid : 15343|1|0|-1
    D     (*):    solid : 15343|24|0|-1

return to listing

Al - 1.5 Cu (wt%)

    TC     (N):    solid : 8928|1|0|-1

return to listing

Al - 10 Cu (wt%) (New)

    TC        :    solid : 15357|1|0|-1
    D     (*):    solid : 15357|24|0|-1

return to listing

Al - 10 Mg (wt%) (New)

    TC        :    solid : 15340|1|0|-1
    D     (*):    solid : 15340|24|0|-1

return to listing

Al - 15 Cu (wt%) (New)

    TC        :    solid : 15356|1|0|-1
    D     (*):    solid : 15356|24|0|-1

return to listing

Al - 20 Cu (wt%)

    TC     (N):    solid : 139|1|0|-1

return to listing

Al - 21 Cu (wt%)

    TC     (N):    solid : 9503|1|0|-1

return to listing

Al - 25 Cu (wt%) (New)

    TC        :    solid : 15355|1|0|-1

return to listing

Al - 3 Cu (wt%) (New)

    TC        :    solid : 15359|1|0|-1
    D     (*):    solid : 15359|24|0|-1

return to listing

Al - 3 Mg (wt%) (New)

    TC        :    solid : 15342|1|0|-1
    D     (*):    solid : 15342|24|0|-1

return to listing

Al - 30 Cu (wt%)

    TC     (N):    solid : 140|1|0|-1

return to listing

Al - 33 Cu (wt%)

    TC     (N):    solid : 9502|1|0|-1

return to listing

Al - 35 Cu (wt%) (New)

    TC        :    solid : 15353|1|0|-1

return to listing

Al - 37 Cu (wt%)

    TC     (N):    solid : 9495|1|0|-1

return to listing

Al - 4 Cu (wt%)

    TC     (N):    solid : 138|1|0|-1

return to listing

Al - 40 Cu (wt%) (New)

    TC        :    solid : 15352|1|0|-1

return to listing

Al - 45 Cu (wt%) (New)

    TC        :    solid : 15351|1|0|-1

return to listing

Al - 5 Cu (wt%) (New)

    TC        :    solid : 15358|1|0|-1
    D     (*):    solid : 15358|24|0|-1

return to listing

Al - 5 Mg (wt%)

    TC     (N):    solid : 15341|1|0|-1
    D     (N*):    solid : 15341|24|0|-1

return to listing

Al - 7 Mg (wt%) (New)

    RHO       :    solid : rolled and drawn : 15364|2|0|0
    SIGMA    :    solid : rolled and drawn : 15364|10|0|0
    D     (*):    solid : 15364|24|0|-1

return to listing

Al₀.₅Nb₁.₂₅Ta₁.₂₅TiZr (New)

    UTS       :    HIPed : aged 600 °C (1112 °F) : 15164|5|0|0
    UTS       :    HIPed : aged 800 °C (1472 °F) : 15164|5|0|1
    YSC       :    HIPed : aged 600 °C (1112 °F) : 15164|21|0|0
    YSC       :    HIPed : aged 800 °C (1472 °F) : 15164|21|0|1

return to listing

Al₂O₃ (alpha)

    Vis    (R):    liquid : 2648|26|1|-1

return to listing

Al₂O₃ (gamma)

    Vis    (R):    liquid : 2651|26|1|-1

return to listing

Al₃Ni₂ (New)

    SH        :    solid : 15190|9|0|-1
    HC        :    solid : 15190|17|0|-1

return to listing

Al₃Ni

    SH     (N):    solid : 1549|9|0|-1
    HC     (N):    solid : 1549|17|0|-1

return to listing

Al₃Sc

    E     (N*):    solid : 1602|3|0|-1
    SH     (N):    solid : 1602|9|0|-1
    G     (N*):    solid : 1602|11|0|-1
    HC     (N):    solid : 1602|17|0|-1
    v     (N*):    solid : 1602|19|0|-1
    K     (N*):    solid : 1602|27|0|-1

return to listing

Alloy D9

    FEN    (N):    solution annealed : tested at 550 °C (1022 °F), R = -1, axial, elastic strain amplitude : 1263|14|0|1
    FEN    (R):    solution annealed : tested at 650 °C (1202 °F), R = -1, axial, total strain amplitude : 1263|14|0|3
    FEN    (N):    solution annealed : tested at 650 °C (1202 °F), R = -1, axial, elastic strain amplitude : 1263|14|0|4
    FEN    (N):    swaged 20% : tested at 550 °C (1022 °F), R = -1, axial, elastic strain amplitude : 1263|14|1|1

return to listing

AlScMo₃O₁₂ (New)

    DLL       :    solid : polycrystal : 15162|0|0|0
    DLL       :    solid : a-axis : 15162|0|0|1
    DLL       :    solid : b-axis : 15162|0|0|2
    DLL       :    solid : c-axis : 15162|0|0|3
    MTE       :    solid : polycrystal : 15162|8|0|0
    MTE       :    solid : a-axis : 15162|8|0|1
    MTE       :    solid : b-axis : 15162|8|0|2
    MTE       :    solid : c-axis : 15162|8|0|3
    CTE       :    solid : polycrystal : 15162|16|0|0
    CTE       :    solid : a-axis : 15162|16|0|1
    CTE       :    solid : b-axis : 15162|16|0|2
    CTE       :    solid : c-axis : 15162|16|0|3

return to listing

AlSi7Mg0.6 (New)

    E     (*):    laser powder bed fusion : as-built : 15124|3|0|0
    E     (*):    laser powder bed fusion : stress relieved : 15124|3|0|1
    UTS   (*):    laser powder bed fusion : as-built : 15124|5|0|0
    UTS   (*):    laser powder bed fusion : stress relieved : 15124|5|0|1
    FSN       :    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, stress relieved, vertical, maximum stress : 15124|6|0|0
    FSN       :    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, stress relieved, horizontal, maximum stress : 15124|6|0|1
    FSN       :    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, stress relieved, 45 degrees, maximum stress : 15124|6|0|2
    YS    (*):    laser powder bed fusion : as-built : 15124|13|0|0
    YS    (*):    laser powder bed fusion : stress relieved : 15124|13|0|1
    D     (*):    solid : 15124|24|0|-1
    %El   (*):    laser powder bed fusion : as-built : 15124|29|0|0
    %El   (*):    laser powder bed fusion : stress relieved : 15124|29|0|1

return to listing

Aluminum

    FSN    (N):    effect of grain size : tested at 20 °C (68 °F), R = 0.1, axial, 0.066 mm (0.0026 inch) grains, maximum stress : 844|6|0|0
    FSN    (N):    effect of grain size : tested at 20 °C (68 °F), R = 0.1, axial, 0.39 mm (0.0154 inch) grains, maximum stress : 844|6|0|1
    FSN    (N):    effect of grain size : tested at 20 °C (68 °F), R = 0.1, axial, 1.41 mm (0.0555 inch) grains, maximum stress : 844|6|0|2
    FSN    (N):    effect of grain size : tested at 20 °C (68 °F), R = 0.1, axial, 3.46 mm (0.136 inch) grains, maximum stress : 844|6|0|3
    FSN    (N):    effect of grain size : tested at 20 °C (68 °F), R = 0.1, axial, 9.74 mm (0.383 inch) grains, maximum stress : 844|6|0|4

return to listing

architectural soda lime silicate (EN 572-1) (New)

    DLL       :    solid : Eurowhite NG : 15368|0|0|0
    DLL       :    solid : UltraClear : 15368|0|0|1
    DLL       :    solid : average : 15368|0|0|2
    E         :    solid : 15368|3|0|-1
    MTE       :    solid : Eurowhite NG : 15368|8|0|0
    MTE       :    solid : UltraClear : 15368|8|0|1
    MTE       :    solid : average : 15368|8|0|2
    G     (*):    solid : 15368|11|0|-1
    CTE       :    solid : Eurowhite NG : 15368|16|0|0
    CTE       :    solid : UltraClear : 15368|16|0|1
    CTE       :    solid : average : 15368|16|0|2
    v     (*):    solid : 15368|19|0|-1
    K     (*):    solid : 15368|27|0|-1

return to listing

Au - 0.44 Pd (wt%)

    TC     (N):    solid : 9061|1|0|-1

return to listing

Au - 0.5 Cu (wt%) (New)

    TC        :    solid : disordered : 15311|1|0|0
    D     (*):    solid : 15311|24|0|-1

return to listing

Au - 1 Cu (wt%) (New)

    TC        :    solid : disordered : 15312|1|0|0
    D     (*):    solid : 15312|24|0|-1

return to listing

Au - 1 Pd (wt%)

    TC     (N):    solid : 9062|1|0|-1

return to listing

Au - 1.7 Pd (wt%)

    TC     (N):    solid : 9063|1|0|-1

return to listing

Au - 10 Cu (wt%)

    TC     (N):    solid : disordered : 9078|1|0|0
    D     (N*):    solid : 9078|24|0|-1

return to listing

Au - 10 Pd (wt%) (New)

    TC        :    solid : 15223|1|0|-1
    D     (*):    solid : 15223|24|0|-1

return to listing

Au - 15 Cu (wt%) (New)

    TC        :    solid : disordered : 15315|1|0|0
    D     (*):    solid : 15315|24|0|-1

return to listing

Au - 15 Pd (wt%) (New)

    TC        :    solid : 15224|1|0|-1
    D     (*):    solid : 15224|24|0|-1

return to listing

Au - 2.2 Pd (wt%)

    TC     (N):    solid : 9064|1|0|-1

return to listing

Au - 20 Cu (wt%) (New)

    TC        :    solid : disordered : 15316|1|0|0
    D     (*):    solid : 15316|24|0|-1

return to listing

Au - 20 Pd (wt%) (New)

    TC        :    solid : 15225|1|0|-1
    D     (*):    solid : 15225|24|0|-1

return to listing

Au - 25 Cu (wt%) (New)

    TC        :    solid : disordered : 15317|1|0|0

return to listing

Au - 25 Pd (wt%) (New)

    TC        :    solid : 15226|1|0|-1

return to listing

Au - 3 Cu (wt%) (New)

    TC        :    solid : disordered : 15313|1|0|0
    D     (*):    solid : 15313|24|0|-1

return to listing

Au - 3 Pd (wt%) (New)

    TC        :    solid : 15221|1|0|-1
    D     (*):    solid : 15221|24|0|-1

return to listing

Au - 30 Cu (wt%) (New)

    TC        :    solid : disordered : 15318|1|0|0

return to listing

Au - 30 Pd (wt%) (New)

    TC        :    solid : 15227|1|0|-1

return to listing

Au - 35 Cu (wt%) (New)

    TC        :    solid : disordered : 15319|1|0|0

return to listing

Au - 35 Pd (wt%) (New)

    TC        :    solid : 15228|1|0|-1

return to listing

Au - 4 Mn (wt%)

    D     (N*):    solid : 9068|24|0|-1

return to listing

Au - 40 Cu (wt%) (New)

    TC        :    solid : disordered : 15320|1|0|0

return to listing

Au - 40 Pd (wt%) (New)

    TC        :    solid : 15229|1|0|-1

return to listing

Au - 45 Cu (wt%) (New)

    TC        :    solid : disordered : 15321|1|0|0

return to listing

Au - 45 Pd (wt%) (New)

    TC        :    solid : 15230|1|0|-1

return to listing

Au - 5 Cu (wt%) (New)

    TC        :    solid : disordered : 15314|1|0|0
    D     (*):    solid : 15314|24|0|-1

return to listing

Au - 5 Pd (wt%) (New)

    TC        :    solid : 15222|1|0|-1
    D     (*):    solid : 15222|24|0|-1

return to listing

Au - 50 Cu (wt%) (New)

    TC        :    solid : disordered : 15322|1|0|0

return to listing

Au - 50 Pd (wt%) (New)

    TC        :    solid : 15231|1|0|-1

return to listing

Au - 55 Cu (wt%) (New)

    TC        :    solid : disordered : 15323|1|0|0

return to listing

Au - 55 Pd (wt%) (New)

    TC        :    solid : 15232|1|0|-1

return to listing

Au - 6 Mn (wt%)

    D     (N*):    solid : 9069|24|0|-1

return to listing

Au - 60 Cu (wt%) (New)

    TC        :    solid : disordered : 15324|1|0|0

return to listing

Au - 60 Pd (wt%) (New)

    TC        :    solid : 15233|1|0|-1

return to listing

Au - 65 Cu (wt%) (New)

    TC        :    solid : disordered : 15325|1|0|0

return to listing

Au - 65 Pd (wt%) (New)

    TC        :    solid : 15234|1|0|-1

return to listing

Au - 70 Cu (wt%) (New)

    TC        :    solid : disordered : 15326|1|0|0

return to listing

Au - 70 Pd (wt%) (New)

    TC        :    solid : 15235|1|0|-1

return to listing

Au - 75 Cu (wt%) (New)

    TC        :    solid : disordered : 15327|1|0|0

return to listing

Au - 75 Pd (wt%) (New)

    TC        :    solid : 15236|1|0|-1

return to listing

Au - 8.51 Mn (wt%) (Au₃Mn)

    D     (N*):    solid : 9360|24|0|-1

return to listing

Au - 80 Cu (wt%) (New)

    TC        :    solid : disordered : 15328|1|0|0
    D     (*):    solid : 15328|24|0|-1

return to listing

Au - 80 Pd (wt%) (New)

    TC        :    solid : 15237|1|0|-1
    D     (*):    solid : 15237|24|0|-1

return to listing

Au - 85 Cu (wt%) (New)

    TC        :    solid : disordered : 15329|1|0|0
    D     (*):    solid : 15329|24|0|-1

return to listing

Au - 85 Pd (wt%) (New)

    TC        :    solid : 15238|1|0|-1
    D     (*):    solid : 15238|24|0|-1

return to listing

Au - 90 Cu (wt%) (New)

    TC        :    solid : disordered : 15330|1|0|0
    D     (*):    solid : 15330|24|0|-1

return to listing

Au - 90 Pd (wt%) (New)

    TC        :    solid : 15239|1|0|-1
    D     (*):    solid : 15239|24|0|-1

return to listing

Au - 95 Cu (wt%) (New)

    TC        :    solid : disordered : 15331|1|0|0
    D     (*):    solid : 15331|24|0|-1

return to listing

Au - 95 Pd (wt%) (New)

    TC        :    solid : 15240|1|0|-1
    D     (*):    solid : 15240|24|0|-1

return to listing

Au - 97 Cu (wt%) (New)

    TC        :    solid : disordered : 15332|1|0|0
    D     (*):    solid : 15332|24|0|-1

return to listing

Au - 97 Pd (wt%) (New)

    TC        :    solid : 15241|1|0|-1
    D     (*):    solid : 15241|24|0|-1

return to listing

Au - 99 Cu (wt%) (New)

    TC        :    solid : disordered : 15333|1|0|0
    D     (*):    solid : 15333|24|0|-1

return to listing

Au - 99 Pd (wt%) (New)

    TC        :    solid : 15242|1|0|-1
    D     (*):    solid : 15242|24|0|-1

return to listing

Au - 99.5 Cu (wt%) (New)

    TC        :    solid : disordered : 15334|1|0|0
    D     (*):    solid : 15334|24|0|-1

return to listing

Au - 99.5 Pd (wt%) (New)

    TC        :    solid : 15363|1|0|-1
    D     (*):    solid : 15363|24|0|-1

return to listing

B₂O₃

    DLL    (N):    liquid : 6198|0|1|-1
    TC     (N):    below T_g : 6198|1|0|-1
    TC     (N):    above T_g : 6198|1|1|-1
    MTE    (N):    liquid : 6198|8|1|-1
    CTE    (N):    liquid : 6198|16|1|-1
    D      (N):    liquid : 6198|24|1|-1
    TD     (N):    below T_g : 6198|25|0|-1
    TD     (N):    above T_g : 6198|25|1|-1

return to listing

Ba₀.₅Sr₀.₅Zn₂SiGeO₇ (New)

    DLL       :    solid : polycrystal : 15163|0|0|0
    DLL       :    solid : a-axis : 15163|0|0|1
    DLL       :    solid : b-axis : 15163|0|0|2
    DLL       :    solid : c-axis : 15163|0|0|3
    MTE       :    solid : polycrystal : 15163|8|0|0
    MTE       :    solid : a-axis : 15163|8|0|1
    MTE       :    solid : b-axis : 15163|8|0|2
    MTE       :    solid : c-axis : 15163|8|0|3
    CTE       :    solid : polycrystal : 15163|16|0|0
    CTE       :    solid : a-axis : 15163|16|0|1
    CTE       :    solid : b-axis : 15163|16|0|2
    CTE       :    solid : c-axis : 15163|16|0|3

return to listing

Bayfol HX200 photopolymer (New)

    DLL       :    solid : cured sample : 15188|0|0|0
    MTE       :    solid : cured sample : 15188|8|0|0
    CTE       :    solid : cured sample : 15188|16|0|0
    D     (*):    solid : with cover foil : 15188|24|0|0
    RIT       :    measured in air : measured at 637 nm, unexposed film : 15188|46|0|0
    RIT       :    measured in air : measured at 637 nm, cured sample : 15188|46|0|1
    RIT   (*):    measured in air : measured at 589.3 nm, substrate only : 15188|46|0|2
    RIT   (*):    measured in air : measured at 589.3 nm, unrecorded : 15188|46|0|3
    RIT   (*):    measured in air : measured at 589.3 nm, UV flood cure Hg lamp : 15188|46|0|4

return to listing

BiVO₄ (New)

    DLL       :    solid : 15185|0|0|-1
    MTE       :    solid : 15185|8|0|-1
    D         :    solid : 15185|24|0|-1

return to listing

Ca₃TaGa₃Si₂O₁₄ (New)

    DLL       :    solid : polycrystal : 15369|0|0|0
    DLL       :    solid : a-axis : 15369|0|0|1
    DLL       :    solid : c-axis : 15369|0|0|2
    MTE       :    solid : polycrystal : 15369|8|0|0
    MTE       :    solid : a-axis : 15369|8|0|1
    MTE       :    solid : c-axis : 15369|8|0|2
    CTE       :    solid : polycrystal : 15369|16|0|0
    CTE       :    solid : a-axis : 15369|16|0|1
    CTE       :    solid : c-axis : 15369|16|0|2
    D         :    solid : 15369|24|0|-1

return to listing

CaCO₃ (calcite)

    TC     (N):    solid : average : 2465|1|0|2
    TD     (N):    solid : parallel to optic axis : 2465|25|0|0
    TD     (N):    solid : average : 2465|25|0|2

return to listing

CBS-50 NiL

    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 50% failure probability, maximum stress : 1236|6|0|0
    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 1% failure probability, maximum stress : 1236|6|0|1
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 50% failure probability, maximum stress : 1236|6|0|2
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 1% failure probability, maximum stress : 1236|6|0|3

return to listing

Co₂V₂O₇ (New)

    DLL       :    solid : 15186|0|0|-1
    MTE       :    solid : 15186|8|0|-1

return to listing

Corning 1415

    DLL    (R):    solid : 14958|0|0|-1
    MTE    (R):    solid : 14958|8|0|-1
    CTE    (R):    solid : 14958|16|0|-1
    D      (R):    solid : 14958|24|0|-1

return to listing

Corning 1990

    DLL    (R):    solid : 14961|0|0|-1
    MTE    (R):    solid : 14961|8|0|-1
    CTE    (R):    solid : 14961|16|0|-1
    D      (R):    solid : 14961|24|0|-1

return to listing

Corning 7052

    E     (N*):    solid : 1415|3|0|-1
    G     (N*):    solid : 1415|11|0|-1
    v     (N*):    solid : 1415|19|0|-1
    K     (N*):    solid : 1415|27|0|-1

return to listing

Corning 7056

    E     (N*):    solid : 10598|3|0|-1
    G     (N*):    solid : 10598|11|0|-1
    v     (N*):    solid : 10598|19|0|-1
    K     (N*):    solid : 10598|27|0|-1

return to listing

Corning 7070

    DLL    (R):    solid : 1417|0|0|-1
    MTE    (R):    solid : 1417|8|0|-1
    CTE    (R):    solid : 1417|16|0|-1
    D      (R):    solid : 1417|24|0|-1

return to listing

Corning 7555

    DLL    (R):    solid : 14963|0|0|-1
    MTE    (R):    solid : 14963|8|0|-1
    CTE    (R):    solid : 14963|16|0|-1
    D      (R):    solid : 14963|24|0|-1

return to listing

Corning 7556

    DLL    (R):    solid : 14964|0|0|-1
    MTE    (R):    solid : 14964|8|0|-1
    CTE    (R):    solid : 14964|16|0|-1
    D      (R):    solid : 14964|24|0|-1

return to listing

Corning 7567

    DLL    (R):    solid : 14965|0|0|-1
    MTE    (R):    solid : 14965|8|0|-1
    CTE    (R):    solid : 14965|16|0|-1
    D      (R):    solid : 14965|24|0|-1

return to listing

Corning 7568

    DLL    (R):    solid : 14966|0|0|-1
    MTE    (R):    solid : 14966|8|0|-1
    CTE    (R):    solid : 14966|16|0|-1
    D      (R):    solid : 14966|24|0|-1

return to listing

Corning 7570

    DLL    (R):    solid : 14967|0|0|-1
    MTE    (R):    solid : 14967|8|0|-1
    CTE    (R):    solid : 14967|16|0|-1
    D      (R):    solid : 14967|24|0|-1

return to listing

Corning 7572

    DLL    (R):    solid : 14968|0|0|-1
    MTE    (R):    solid : 14968|8|0|-1
    CTE    (R):    solid : 14968|16|0|-1
    D      (R):    solid : 14968|24|0|-1

return to listing

Corning 7574

    DLL    (R):    solid : 14969|0|0|-1
    MTE    (R):    solid : 14969|8|0|-1
    CTE    (R):    solid : 14969|16|0|-1
    D      (R):    solid : 14969|24|0|-1

return to listing

Corning 7575

    DLL    (R):    solid : 1418|0|0|-1
    MTE    (R):    solid : 1418|8|0|-1
    CTE    (R):    solid : 1418|16|0|-1
    D      (R):    solid : 1418|24|0|-1

return to listing

Corning 7576

    DLL    (R):    solid : 14970|0|0|-1
    MTE    (R):    solid : 14970|8|0|-1
    CTE    (R):    solid : 14970|16|0|-1
    D      (R):    solid : 14970|24|0|-1

return to listing

Corning 7578

    DLL    (R):    solid : 14971|0|0|-1
    MTE    (R):    solid : 14971|8|0|-1
    CTE    (R):    solid : 14971|16|0|-1
    D      (R):    solid : 14971|24|0|-1

return to listing

Corning 7580

    DLL    (R):    solid : 14972|0|0|-1
    MTE    (R):    solid : 14972|8|0|-1
    CTE    (R):    solid : 14972|16|0|-1
    D      (R):    solid : 14972|24|0|-1

return to listing

Corning 7583

    DLL    (R):    solid : 14973|0|0|-1
    MTE    (R):    solid : 14973|8|0|-1
    CTE    (R):    solid : 14973|16|0|-1
    D      (R):    solid : 14973|24|0|-1

return to listing

Corning 7585

    DLL    (R):    solid : 14974|0|0|-1
    MTE    (R):    solid : 14974|8|0|-1
    CTE    (R):    solid : 14974|16|0|-1
    D      (R):    solid : 14974|24|0|-1

return to listing

Corning 7586

    DLL    (R):    solid : 14975|0|0|-1
    MTE    (R):    solid : 14975|8|0|-1
    CTE    (R):    solid : 14975|16|0|-1
    D      (R):    solid : 14975|24|0|-1

return to listing

Corning 7589

    DLL    (R):    solid : 14976|0|0|-1
    MTE    (R):    solid : 14976|8|0|-1
    CTE    (R):    solid : 14976|16|0|-1
    D      (R):    solid : 14976|24|0|-1

return to listing

Corning 7590

    DLL    (R):    solid : 14977|0|0|-1
    MTE    (R):    solid : 14977|8|0|-1
    CTE    (R):    solid : 14977|16|0|-1
    D      (R):    solid : 14977|24|0|-1

return to listing

Corning 7595

    DLL    (R):    solid : 14978|0|0|-1
    MTE    (R):    solid : 14978|8|0|-1
    CTE    (R):    solid : 14978|16|0|-1
    D      (R):    solid : 14978|24|0|-1

return to listing

Corning 7597

    DLL    (R):    solid : 14979|0|0|-1
    MTE    (R):    solid : 14979|8|0|-1
    CTE    (R):    solid : 14979|16|0|-1
    D      (R):    solid : 14979|24|0|-1

return to listing

Corning 7598

    DLL    (R):    solid : 14980|0|0|-1
    MTE    (R):    solid : 14980|8|0|-1
    CTE    (R):    solid : 14980|16|0|-1
    D      (R):    solid : 14980|24|0|-1

return to listing

Corning 7599

    DLL    (R):    solid : 14981|0|0|-1
    MTE    (R):    solid : 14981|8|0|-1
    CTE    (R):    solid : 14981|16|0|-1
    D      (R):    solid : 14981|24|0|-1

return to listing

Corning 7723

    DLL    (R):    solid : 14982|0|0|-1
    MTE    (R):    solid : 14982|8|0|-1
    CTE    (R):    solid : 14982|16|0|-1
    D      (R):    solid : 14982|24|0|-1

return to listing

Corning 7732

    DLL    (R):    solid : 14983|0|0|-1
    MTE    (R):    solid : 14983|8|0|-1
    CTE    (R):    solid : 14983|16|0|-1
    D      (R):    solid : 14983|24|0|-1

return to listing

Corning 7761

    DLL    (R):    solid : 14984|0|0|-1
    MTE    (R):    solid : 14984|8|0|-1
    CTE    (R):    solid : 14984|16|0|-1
    D      (R):    solid : 14984|24|0|-1

return to listing

Corning 8161

    DLL    (R):    solid : 14985|0|0|-1
    MTE    (R):    solid : 14985|8|0|-1
    CTE    (R):    solid : 14985|16|0|-1
    D      (R):    solid : 14985|24|0|-1

return to listing

Corning 8445

    DLL    (R):    solid : 14986|0|0|-1
    MTE    (R):    solid : 14986|8|0|-1
    CTE    (R):    solid : 14986|16|0|-1
    D      (R):    solid : 14986|24|0|-1

return to listing

Corning 8463

    DLL    (R):    solid : 14987|0|0|-1
    MTE    (R):    solid : 14987|8|0|-1
    CTE    (R):    solid : 14987|16|0|-1
    D      (R):    solid : 14987|24|0|-1

return to listing

Corning 9010

    DLL    (R):    solid : 14988|0|0|-1
    MTE    (R):    solid : 14988|8|0|-1
    CTE    (R):    solid : 14988|16|0|-1
    D      (R):    solid : 14988|24|0|-1

return to listing

Corning 9013

    DLL    (R):    solid : 14989|0|0|-1
    RHO    (N):    solid : 14989|2|0|-1
    MTE    (R):    solid : 14989|8|0|-1
    SIGMA (N):    solid : 14989|10|0|-1
    CTE    (R):    solid : 14989|16|0|-1
    D      (R):    solid : 14989|24|0|-1

return to listing

Corning 9108

    DLL    (R):    solid : 14990|0|0|-1
    MTE    (R):    solid : 14990|8|0|-1
    CTE    (R):    solid : 14990|16|0|-1
    D      (R):    solid : 14990|24|0|-1

return to listing

Corning 9119

    DLL    (R):    solid : 14991|0|0|-1
    MTE    (R):    solid : 14991|8|0|-1
    CTE    (R):    solid : 14991|16|0|-1
    D      (R):    solid : 14991|24|0|-1

return to listing

CoSb₃

    DLL    (N):    solid : 1620|0|0|-1
    TC     (N):    solid : hot-pressed, 95% dense : 1620|1|0|1
    TC     (N):    solid : hot-pressed, 95% dense, Gd-filled : 1620|1|0|2
    RHO    (N):    solid : hot-pressed, 95% dense : 1620|2|0|0
    RHO    (N):    solid : hot-pressed, 95% dense, Gd-filled : 1620|2|0|1
    MTE    (N):    solid : 1620|8|0|-1
    SIGMA (N):    solid : hot-pressed, 95% dense : 1620|10|0|0
    SIGMA (N):    solid : hot-pressed, 95% dense, Gd-filled : 1620|10|0|1
    CTE    (N):    solid : 1620|16|0|-1
    D      (N):    solid : 1620|24|0|-1

return to listing

Cr₁₀Mn₂₀Fe₂₀Co₂₀Ni₃₀ (New)

    DLL       :    solid : 15153|0|0|-1
    E         :    solid : 15153|3|0|-1
    MTE       :    solid : 15153|8|0|-1
    G         :    solid : 15153|11|0|-1
    CTE       :    solid : 15153|16|0|-1
    v         :    solid : 15153|19|0|-1
    D         :    solid : 15153|24|0|-1
    K         :    solid : 15153|27|0|-1

return to listing

Cr₁₄Mn₂₀Fe₂₀Co₂₀Ni₂₆ (New)

    DLL       :    solid : 15154|0|0|-1
    E         :    solid : 15154|3|0|-1
    MTE       :    solid : 15154|8|0|-1
    G         :    solid : 15154|11|0|-1
    CTE       :    solid : 15154|16|0|-1
    v         :    solid : 15154|19|0|-1
    D         :    solid : 15154|24|0|-1
    K         :    solid : 15154|27|0|-1

return to listing

Cr₁₆Mn₂₀Fe₂₀Co₂₀Ni₂₄ (New)

    DLL       :    solid : 15155|0|0|-1
    E         :    solid : 15155|3|0|-1
    MTE       :    solid : 15155|8|0|-1
    G         :    solid : 15155|11|0|-1
    CTE       :    solid : 15155|16|0|-1
    v         :    solid : 15155|19|0|-1
    D         :    solid : 15155|24|0|-1
    K         :    solid : 15155|27|0|-1

return to listing

Cr₁₈Mn₂₀Fe₂₀Co₂₀Ni₂₂ (New)

    DLL       :    solid : 15156|0|0|-1
    E         :    solid : 15156|3|0|-1
    MTE       :    solid : 15156|8|0|-1
    G         :    solid : 15156|11|0|-1
    CTE       :    solid : 15156|16|0|-1
    v         :    solid : 15156|19|0|-1
    D         :    solid : 15156|24|0|-1
    K         :    solid : 15156|27|0|-1

return to listing

Cr₂₀Mn₂₀Fe₂₀Co₂₀Ni₂₀ (New)

    DLL       :    solid : 15157|0|0|-1
    E         :    solid : 15157|3|0|-1
    MTE       :    solid : 15157|8|0|-1
    G         :    solid : 15157|11|0|-1
    CTE       :    solid : 15157|16|0|-1
    v         :    solid : 15157|19|0|-1
    D         :    solid : 15157|24|0|-1
    K         :    solid : 15157|27|0|-1

return to listing

Cr₂₂Mn₂₀Fe₂₀Co₂₀Ni₁₈ (New)

    DLL       :    solid : 15158|0|0|-1
    E         :    solid : 15158|3|0|-1
    MTE       :    solid : 15158|8|0|-1
    G         :    solid : 15158|11|0|-1
    CTE       :    solid : 15158|16|0|-1
    v         :    solid : 15158|19|0|-1
    D         :    solid : 15158|24|0|-1
    K         :    solid : 15158|27|0|-1

return to listing

Cr₂₄Mn₂₀Fe₂₀Co₂₀Ni₁₆ (New)

    DLL       :    solid : 15159|0|0|-1
    E         :    solid : 15159|3|0|-1
    MTE       :    solid : 15159|8|0|-1
    G         :    solid : 15159|11|0|-1
    CTE       :    solid : 15159|16|0|-1
    v         :    solid : 15159|19|0|-1
    D         :    solid : 15159|24|0|-1
    K         :    solid : 15159|27|0|-1

return to listing

Cr₂₆Mn₂₀Fe₂₀Co₂₀Ni₁₄ (New)

    DLL       :    solid : 15160|0|0|-1
    E         :    solid : 15160|3|0|-1
    MTE       :    solid : 15160|8|0|-1
    G         :    solid : 15160|11|0|-1
    CTE       :    solid : 15160|16|0|-1
    v         :    solid : 15160|19|0|-1
    D         :    solid : 15160|24|0|-1
    K         :    solid : 15160|27|0|-1

return to listing

Cr₅Mn₂₀Fe₂₀Co₂₀Ni₃₅ (New)

    DLL       :    solid : 15152|0|0|-1
    E         :    solid : 15152|3|0|-1
    MTE       :    solid : 15152|8|0|-1
    G         :    solid : 15152|11|0|-1
    CTE       :    solid : 15152|16|0|-1
    v         :    solid : 15152|19|0|-1
    D         :    solid : 15152|24|0|-1
    K         :    solid : 15152|27|0|-1

return to listing

CSS-42L VIM-VAR (AMS 5932))

    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 50% failure probability, maximum stress : 1638|6|0|0
    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 1% failure probability, maximum stress : 1638|6|0|1
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 50% failure probability, maximum stress : 1638|6|0|2
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 1% failure probability, maximum stress : 1638|6|0|3

return to listing

CTD-101K (New)

    DLL       :    solid : fully cured : 15147|0|0|0
    E     (*):    fully cured : 15147|3|0|-1
    MTE       :    solid : fully cured : 15147|8|0|0
    YS    (*):    fully cured : 0.0001/s : 15147|13|0|0
    YS    (*):    fully cured : 0.001/s : 15147|13|0|1
    YS    (*):    fully cured : 0.01/s : 15147|13|0|2
    YS    (*):    fully cured : 0.1/s : 15147|13|0|3
    CTE       :    solid : fully cured : 15147|16|0|0
    D         :    solid : fully cured : 15147|24|0|0
    ESSC      :    fully cured : tested at 23 °C (73 °F), 0.001/s, tested to fracture : 15147|35|0|0
    ESSCC    :    fully cured : tested at -196.1 °C (-321.1 °F), 0.0001/s, test stopped before fracture : 15147|36|0|0
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.0001/s, test stopped before fracture : 15147|36|0|1
    ESSCC    :    fully cured : tested at -196.1 °C (-321.1 °F), 0.001/s, test stopped before fracture : 15147|36|0|2
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.001/s, test stopped before fracture : 15147|36|0|3
    ESSCC    :    fully cured : tested at -196.1 °C (-321.1 °F), 0.01/s, test stopped before fracture : 15147|36|0|4
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.01/s, test stopped before fracture : 15147|36|0|5
    ESSCC    :    fully cured : tested at -196.1 °C (-321.1 °F), 0.1/s, test stopped before fracture : 15147|36|0|6
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.1/s, test stopped before fracture : 15147|36|0|7

return to listing

Cu - 0.5 Al (wt%) (New)

    TC        :    solid : 15345|1|0|-1
    D     (*):    solid : 15345|24|0|-1

return to listing

Cu - 0.5 Ni (wt%) (New)

    TC        :    solid : 15287|1|0|-1
    D     (*):    solid : 15287|24|0|-1

return to listing

Cu - 0.5 Zn (wt%) (New)

    TC        :    solid : 15278|1|0|-1
    D     (*):    solid : 15278|24|0|-1

return to listing

Cu - 1 Al (wt%) (New)

    TC        :    solid : 15346|1|0|-1
    D     (*):    solid : 15346|24|0|-1

return to listing

Cu - 1 Ni (wt%) (New)

    TC        :    solid : 15288|1|0|-1
    D     (*):    solid : 15288|24|0|-1

return to listing

Cu - 1 Zn (wt%) (New)

    TC        :    solid : 15279|1|0|-1
    D     (*):    solid : 15279|24|0|-1

return to listing

Cu - 10 Al (wt%)

    D     (N*):    solid : 9500|24|0|-1

return to listing

Cu - 10 Ni (wt%) (New)

    TC        :    solid : 15291|1|0|-1
    D     (*):    solid : 15291|24|0|-1

return to listing

Cu - 10 v/o graphite powder (New)

    DLL       :    solid : 15192|0|0|-1
    MTE       :    solid : 15192|8|0|-1
    CTE       :    solid : 15192|16|0|-1

return to listing

Cu - 10 Zn (wt%) (New)

    TC        :    solid : 15282|1|0|-1
    D     (*):    solid : 15282|24|0|-1

return to listing

Cu - 10 Zn - 0.1 S (wt%)

    D     (N*):    solid : 12776|24|0|-1

return to listing

Cu - 10 Zn - 0.1 Sb (wt%)

    D     (N*):    solid : 12772|24|0|-1

return to listing

Cu - 10 Zn - 0.1 Se (wt%)

    D     (N*):    solid : 12774|24|0|-1

return to listing

Cu - 10 Zn - 0.4 S (wt%)

    D     (N*):    solid : 12777|24|0|-1

return to listing

Cu - 10 Zn - 0.4 Sb (wt%)

    D     (N*):    solid : 12773|24|0|-1

return to listing

Cu - 10 Zn - 0.4 Se (wt%)

    D     (N*):    solid : 12775|24|0|-1

return to listing

Cu - 15 Al (wt%)

    TC     (N):    solid : 9499|1|0|-1

return to listing

Cu - 15 Ni (wt%) (New)

    TC        :    solid : 15292|1|0|-1
    D     (*):    solid : 15292|24|0|-1

return to listing

Cu - 15 Zn (wt%) (New)

    TC        :    solid : 15283|1|0|-1
    D     (*):    solid : 15283|24|0|-1

return to listing

Cu - 20 Ni (wt%) (New)

    TC        :    solid : 15293|1|0|-1
    D     (*):    solid : 15293|24|0|-1

return to listing

Cu - 20 Zn (wt%) (New)

    TC        :    solid : 15284|1|0|-1
    D     (*):    solid : 15284|24|0|-1

return to listing

Cu - 22 Al (wt%)

    TC     (N):    solid : 9482|1|0|-1

return to listing

Cu - 25 Al (wt%) (New)

    TC        :    solid : 15348|1|0|-1

return to listing

Cu - 25 Ni (wt%) (New)

    TC        :    solid : 15294|1|0|-1
    D     (*):    solid : 15294|24|0|-1

return to listing

Cu - 25 Zn (wt%) (New)

    TC        :    solid : 15285|1|0|-1

return to listing

Cu - 3 Al (wt%) (New)

    TC        :    solid : 15347|1|0|-1
    D     (*):    solid : 15347|24|0|-1

return to listing

Cu - 3 Ni (wt%)

    TC     (N):    solid : 819|1|0|-1

return to listing

Cu - 3 Zn (wt%) (New)

    TC        :    solid : 15280|1|0|-1
    D     (*):    solid : 15280|24|0|-1

return to listing

Cu - 30 Al (wt%)

    TC     (N):    solid : 9498|1|0|-1

return to listing

Cu - 30 Ni (wt%) (New)

    TC        :    solid : 15295|1|0|-1
    D     (*):    solid : 15295|24|0|-1

return to listing

Cu - 30 Zn (wt%) (New)

    TC        :    solid : 15286|1|0|-1

return to listing

Cu - 35 Al (wt%) (New)

    TC        :    solid : 15349|1|0|-1

return to listing

Cu - 35 Ni (wt%) (New)

    TC        :    solid : 15296|1|0|-1
    D     (*):    solid : 15296|24|0|-1

return to listing

Cu - 39 Al (wt%)

    TC     (N):    solid : 9497|1|0|-1

return to listing

Cu - 4.5 Al (wt%)

    D     (N*):    solid : 9501|24|0|-1

return to listing

Cu - 40 Ni (wt%) (New)

    TC        :    solid : 15297|1|0|-1
    D     (*):    solid : 15297|24|0|-1

return to listing

Cu - 45 Al (wt%) (New)

    TC        :    solid : 15350|1|0|-1

return to listing

Cu - 45 Ni (wt%) (New)

    TC        :    solid : 15298|1|0|-1
    D     (*):    solid : 15298|24|0|-1

return to listing

Cu - 5 Ni (wt%) (New)

    TC        :    solid : 15290|1|0|-1
    D     (*):    solid : 15290|24|0|-1

return to listing

Cu - 5 Zn (wt%) (New)

    TC        :    solid : 15281|1|0|-1
    D     (*):    solid : 15281|24|0|-1

return to listing

Cu - 5 Zn - 0.1 S (wt%)

    D     (N*):    solid : 12770|24|0|-1

return to listing

Cu - 5 Zn - 0.1 Sb (wt%)

    D     (N*):    solid : 12766|24|0|-1

return to listing

Cu - 5 Zn - 0.1 Se (wt%)

    D     (N*):    solid : 12768|24|0|-1

return to listing

Cu - 5 Zn - 0.4 S (wt%)

    D     (N*):    solid : 12771|24|0|-1

return to listing

Cu - 5 Zn - 0.4 Sb (wt%)

    D     (N*):    solid : 12767|24|0|-1

return to listing

Cu - 5 Zn - 0.4 Se (wt%)

    D     (N*):    solid : 12769|24|0|-1

return to listing

Cu - 50 Al (wt%)

    TC     (N):    solid : 9496|1|0|-1

return to listing

Cu - 50 Ni (wt%) (New)

    TC        :    solid : 15299|1|0|-1
    D     (*):    solid : 15299|24|0|-1

return to listing

Cu - 8 Al (wt%)

    D     (N*):    solid : 9481|24|0|-1

return to listing

Cu - 8 Cr (wt%)

    D     (N*):    solid : 8934|24|0|-1

return to listing

Cu - 90 v/o graphite powder (New)

    DLL       :    solid : 15193|0|0|-1
    MTE       :    solid : 15193|8|0|-1
    CTE       :    solid : 15193|16|0|-1

return to listing

Cu₃Sn

    SH     (N):    solid : 1589|9|0|-1
    HC     (N):    solid : 1589|17|0|-1

return to listing

Cu₆Sn₅

    SH     (N):    solid : 1588|9|0|-1
    HC     (N):    solid : 1588|17|0|-1

return to listing

DyCo₂ (New)

    DLL       :    solid : at 0 T magnetic field : 15184|0|0|0
    DLL       :    solid : at 1 T magnetic field : 15184|0|0|1
    MTE       :    solid : at 0 T magnetic field : 15184|8|0|0
    MTE       :    solid : at 1 T magnetic field : 15184|8|0|1

return to listing

Er₂O₃

    DLL    (N):    liquid : 2670|0|1|-1
    MTE    (N):    liquid : 2670|8|1|-1
    CTE    (N):    liquid : 2670|16|1|-1
    D      (N):    liquid : 2670|24|1|-1

return to listing

ER100S-1 welding wire (New)

    E     (*):    wire + arc additive manufacturing (WAAM) : horizontal : 15126|3|0|0
    E     (*):    wire + arc additive manufacturing (WAAM) : vertical : 15126|3|0|1
    SSC       :    wire + arc additive manufacturing (WAAM) : tested at 20 °C (68 °F), 0.001/s, horizontal : 15126|4|0|0
    SSC       :    wire + arc additive manufacturing (WAAM) : tested at 20 °C (68 °F), 0.001/s, vertical : 15126|4|0|1
    UTS   (*):    wire + arc additive manufacturing (WAAM) : horizontal : 15126|5|0|0
    UTS   (*):    wire + arc additive manufacturing (WAAM) : vertical : 15126|5|0|1
    YS    (*):    wire + arc additive manufacturing (WAAM) : horizontal : 15126|13|0|0
    YS    (*):    wire + arc additive manufacturing (WAAM) : vertical : 15126|13|0|1
    %El   (*):    wire + arc additive manufacturing (WAAM) : horizontal : 15126|29|0|0
    %El   (*):    wire + arc additive manufacturing (WAAM) : vertical : 15126|29|0|1

return to listing

ER110S-G welding wire (New)

    RHO   (*):    solid : wire + arc additive manufacturing (WAAM) : 15121|2|0|0
    SSC       :    wire + arc additive manufacturing (WAAM) : tested at 20 °C (68 °F), 6.7 x 10⁻⁴/s, low heat input = 221 J/mm : 15121|4|0|0
    SSC       :    wire + arc additive manufacturing (WAAM) : tested at 20 °C (68 °F), 6.7 x 10⁻⁴/s, high heat input = 511 J/mm : 15121|4|0|1
    UTS   (*):    solid : typical value : 15121|5|0|0
    UTS   (*):    wire + arc additive manufacturing (WAAM) : typical value : 15121|5|1|0
    FSN       :    wire + arc additive manufacturing (WAAM) : tested at 20 °C (68 °F), R = 0.1, low heat input, mean values, stress range : 15121|6|0|0
    FSN       :    wire + arc additive manufacturing (WAAM) : tested at 20 °C (68 °F), R = 0.1, low heat input, mean values minus 2 standard deviations, stress range : 15121|6|0|1
    FSN       :    wire + arc additive manufacturing (WAAM) : tested at 20 °C (68 °F), R = 0.1, low heat input, mean values plus 2 standard deviations, stress range : 15121|6|0|2
    SIGMA (*):    solid : wire + arc additive manufacturing (WAAM) : 15121|10|0|0
    YS    (*):    solid : typical value : 15121|13|0|0
    YS    (*):    wire + arc additive manufacturing (WAAM) : typical value : 15121|13|1|0
    %El   (*):    solid : typical value : 15121|29|0|0
    %El   (*):    wire + arc additive manufacturing (WAAM) : typical value : 15121|29|1|0

return to listing

ER70S-6 welding wire (New)

    E     (*):    wire + arc additive manufacturing (WAAM) : horizontal : 15125|3|0|0
    E     (*):    wire + arc additive manufacturing (WAAM) : vertical : 15125|3|0|1
    SSC       :    wire + arc additive manufacturing (WAAM) : tested at 20 °C (68 °F), 0.001/s, horizontal : 15125|4|0|0
    SSC       :    wire + arc additive manufacturing (WAAM) : tested at 20 °C (68 °F), 0.001/s, vertical : 15125|4|0|1
    UTS   (*):    wire + arc additive manufacturing (WAAM) : horizontal : 15125|5|0|0
    UTS   (*):    wire + arc additive manufacturing (WAAM) : vertical : 15125|5|0|1
    FSN       :    wire + arc additive manufacturing (WAAM), axial : tested at 20 °C (68 °F), R = 0.01, vertical, 90% survival, maximum stress : 15125|6|0|0
    FSN       :    wire + arc additive manufacturing (WAAM), axial : tested at 20 °C (68 °F), R = 0.01, vertical, 50% survival, maximum stress : 15125|6|0|1
    FSN       :    wire + arc additive manufacturing (WAAM), axial : tested at 20 °C (68 °F), R = 0.01, vertical, 10% survival, maximum stress : 15125|6|0|2
    FSN       :    wire + arc additive manufacturing (WAAM), axial : tested at 20 °C (68 °F), R = 0.01, horizontal, 90% survival, maximum stress : 15125|6|0|3
    FSN       :    wire + arc additive manufacturing (WAAM), axial : tested at 20 °C (68 °F), R = 0.01, horizontal, 50% survival, maximum stress : 15125|6|0|4
    FSN       :    wire + arc additive manufacturing (WAAM), axial : tested at 20 °C (68 °F), R = 0.01, horizontal, 10% survival, maximum stress : 15125|6|0|5
    FSN       :    wire + arc additive manufacturing (WAAM), torsional : tested at 20 °C (68 °F), R = 0.01, vertical, 90% survival, maximum stress : 15125|6|1|0
    FSN       :    wire + arc additive manufacturing (WAAM), torsional : tested at 20 °C (68 °F), R = 0.01, vertical, 50% survival, maximum stress : 15125|6|1|1
    FSN       :    wire + arc additive manufacturing (WAAM), torsional : tested at 20 °C (68 °F), R = 0.01, vertical, 10% survival, maximum stress : 15125|6|1|2
    FSN       :    wire + arc additive manufacturing (WAAM), torsional : tested at 20 °C (68 °F), R = 0.01, horizontal, 90% survival, maximum stress : 15125|6|1|3
    FSN       :    wire + arc additive manufacturing (WAAM), torsional : tested at 20 °C (68 °F), R = 0.01, horizontal, 50% survival, maximum stress : 15125|6|1|4
    FSN       :    wire + arc additive manufacturing (WAAM), torsional : tested at 20 °C (68 °F), R = 0.01, horizontal, 10% survival, maximum stress : 15125|6|1|5
    FSN       :    wire + arc additive manufacturing (WAAM), axial + torsional : tested at 20 °C (68 °F), R = 0.01, vertical, 90% survival, maximum stress : 15125|6|2|0
    FSN       :    wire + arc additive manufacturing (WAAM), axial + torsional : tested at 20 °C (68 °F), R = 0.01, vertical, 50% survival, maximum stress : 15125|6|2|1
    FSN       :    wire + arc additive manufacturing (WAAM), axial + torsional : tested at 20 °C (68 °F), R = 0.01, vertical, 10% survival, maximum stress : 15125|6|2|2
    FSN       :    wire + arc additive manufacturing (WAAM), axial + torsional : tested at 20 °C (68 °F), R = 0.01, horizontal, 90% survival, maximum stress : 15125|6|2|3
    FSN       :    wire + arc additive manufacturing (WAAM), axial + torsional : tested at 20 °C (68 °F), R = 0.01, horizontal, 50% survival, maximum stress : 15125|6|2|4
    FSN       :    wire + arc additive manufacturing (WAAM), axial + torsional : tested at 20 °C (68 °F), R = 0.01, horizontal, 10% survival, maximum stress : 15125|6|2|5
    YS    (*):    wire + arc additive manufacturing (WAAM) : horizontal : 15125|13|0|0
    YS    (*):    wire + arc additive manufacturing (WAAM) : vertical : 15125|13|0|1
    %El   (*):    wire + arc additive manufacturing (WAAM) : horizontal : 15125|29|0|0
    %El   (*):    wire + arc additive manufacturing (WAAM) : vertical : 15125|29|0|1

return to listing

Fe₂TiSn

    RHO    (N):    solid : 14650|2|0|-1
    E     (N*):    solid : 14650|3|0|-1
    SH     (N):    solid : 14650|9|0|-1
    SIGMA (N):    solid : 14650|10|0|-1
    G     (N*):    solid : 14650|11|0|-1
    HC     (N):    solid : 14650|17|0|-1
    v     (N*):    solid : 14650|19|0|-1
    K     (N*):    solid : 14650|27|0|-1

return to listing

Ferrium C61 (AMS 6517)

    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 50% failure probability, maximum stress : 1215|6|1|1
    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 1% failure probability, maximum stress : 1215|6|1|2
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 50% failure probability, maximum stress : 1215|6|1|3
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 1% failure probability, maximum stress : 1215|6|1|4

return to listing

Ferrium C64 (AMS 6509)

    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 50% failure probability, maximum stress : 1216|6|1|1
    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 1% failure probability, maximum stress : 1216|6|1|2
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 50% failure probability, maximum stress : 1216|6|1|3
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 1% failure probability, maximum stress : 1216|6|1|4

return to listing

FeVO₄ (New)

    DLL       :    solid : 15187|0|0|-1
    E     (*):    solid : 15187|3|0|-1
    MTE       :    solid : 15187|8|0|-1
    G     (*):    solid : 15187|11|0|-1
    v     (*):    solid : 15187|19|0|-1
    K     (*):    solid : 15187|27|0|-1

return to listing

Gd₂O₃

    DLL    (N):    liquid : 2676|0|1|-1
    TC     (N):    solid : 79.15% dense : 2676|1|0|0
    TC     (N):    solid : 87.98% dense : 2676|1|0|1
    TC     (N):    solid : 89.21% dense : 2676|1|0|2
    TC     (N):    solid : 91.96% dense : 2676|1|0|3
    TC     (N):    solid : 92.71% dense : 2676|1|0|4
    TC     (N):    solid : 94.01% dense : 2676|1|0|5
    TC     (N):    solid : 95.38% dense : 2676|1|0|6
    TC     (N):    solid : 95.94% dense : 2676|1|0|7
    TC     (N):    solid : 96.16% dense : 2676|1|0|8
    TC     (N):    solid : 100% dense (extrapolated) : 2676|1|0|9
    MTE    (N):    liquid : 2676|8|1|-1
    CTE    (N):    liquid : 2676|16|1|-1
    D      (N):    liquid : 2676|24|1|-1
    TD     (N):    solid : 2676|25|0|-1

return to listing

Gneiss

    TC     (N):    solid : average : 1741|1|0|2

return to listing

H11

    TC     (N):    solid : hardness HRC 9 to HRC 20 : 2861|1|0|0
    TC     (R):    solid : average of all hardnesses : 2861|1|0|6
    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 50% failure probability, maximum stress : 2861|6|1|0
    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 1% failure probability, maximum stress : 2861|6|1|1
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 50% failure probability, maximum stress : 2861|6|1|2
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 1% failure probability, maximum stress : 2861|6|1|3
    SH     (R):    solid : 2861|9|0|-1
    TD     (R):    solid : 2861|25|0|-1

return to listing

HfNbTaTiZr

    SSC    (N):    as-cast : tested at -23 °C (-10 °F), 4.2 x 10⁻⁴/s : 481|4|0|0
    SSC    (N):    as-cast : tested at 23 °C (73 °F), 4.2 x 10⁻⁴/s : 481|4|0|1
    SSC    (N):    as-cast : tested at 177 °C (350 °F), 4.2 x 10⁻⁴/s : 481|4|0|2
    SSC    (N):    as-cast : tested at 277 °C (530 °F), 4.2 x 10⁻⁴/s : 481|4|0|3
    SSC    (N):    as-cast : tested at 377 °C (710 °F), 4.2 x 10⁻⁴/s : 481|4|0|4
    SSC    (N):    as-cast : tested at 477 °C (890 °F), 4.2 x 10⁻⁴/s : 481|4|0|5
    UTS    (N):    as-cast : strain rate of 4.2 x 10⁻⁴/s : 481|5|0|0
    D     (N*):    solid : 481|24|0|-1
    %El    (N):    as-cast : strain rate of 4.2 x 10⁻⁴/s : 481|29|0|0

return to listing

Ho₂O₃

    DLL    (N):    liquid : 9010|0|1|-1
    MTE    (N):    liquid : 9010|8|1|-1
    CTE    (N):    liquid : 9010|16|1|-1
    D      (N):    liquid : 9010|24|1|-1

return to listing

Inconel 617

    FEN    (N):    solution annealed plate : tested at 950 °C (1742 °F), R = -1, axial, elastic strain range : 1859|14|1|1
    FEN    (N):    welded plate : tested at 20 °C (68 °F), R = -1, axial, elastic strain amplitude : 1859|14|2|1
    FEN    (N):    welded plate : tested at 800 °C (1472 °F), R = -1, axial, elastic strain amplitude : 1859|14|2|4

return to listing

Inconel 718

    FEN    (N):    solution annealed at 954 °C (1750 °F), aged at 720 °C (1328 °F) & 620 °C (1148 °F) : tested at 25 °C (77 °F), R = 0, axial, Kₜ = 3, elastic strain amplitude : 1868|14|3|1
    FEN    (N):    solution annealed at 954 °C (1750 °F), aged at 720 °C (1328 °F) & 620 °C (1148 °F) : tested at 650 °C (1202 °F), R = 0, axial, Kₜ = 3, elastic strain amplitude : 1868|14|3|5
    FEN    (N):    forgings, double aged : tested at 25 °C (77 °F), R = 0.05, axial, ASTM 8/10, elastic strain range : 1868|14|5|1
    FEN    (N):    forgings, double aged : tested at 550 °C (1022 °F), R = 0.05, axial, ASTM 8/10, elastic strain range : 1868|14|5|4
    FEN    (N):    forgings, double aged : tested at 650 °C (1202 °F), R = 0.05, axial, ASTM 8/10, elastic strain range : 1868|14|5|7

return to listing

La₃Ga₅SiO₁₄

    DLL    (R):    solid : polycrystal : 563|0|0|0
    DLL    (R):    solid : a-axis : 563|0|0|1
    DLL    (R):    solid : c-axis : 563|0|0|2
    MTE    (R):    solid : polycrystal : 563|8|0|0
    MTE    (R):    solid : a-axis : 563|8|0|1
    MTE    (R):    solid : c-axis : 563|8|0|2
    D      (R):    solid : 563|24|0|-1

return to listing

Limestone (Nazareth) CaCO₃

    TC     (N):    solid : average : 1755|1|0|2

return to listing

LiMnO₂ (New)

    RHO       :    orthorhombic phase : 80% dense : 15144|2|0|0
    SH        :    solid : orthorhombic phase : 15144|9|0|0
    SIGMA    :    orthorhombic phase : 80% dense : 15144|10|0|0
    HC        :    solid : orthorhombic phase : 15144|17|0|0
    D     (*):    solid : orthorhombic phase : 15144|24|0|0

return to listing

Lu₂O₃

    DLL    (N):    liquid : 2686|0|1|-1
    MTE    (N):    liquid : 2686|8|1|-1
    CTE    (N):    liquid : 2686|16|1|-1
    D      (N):    liquid : 2686|24|1|-1

return to listing

Maraging 200 (C-type)

    UTS   (N*):    annealed : 1061|5|1|-1
    YS    (N*):    annealed : 1061|13|1|-1
    YSC   (N*):    solution annealed : 1061|21|0|-1
    YSC   (N*):    aged : 1061|21|1|-1
    %El   (N*):    annealed : 1061|29|1|-1

return to listing

Maraging 250 (C-type)

    UTS   (N*):    effect of aging temperature on RT properties : annealed : 1062|5|3|0
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 454 °C (850 °F) for 3 h : 1062|5|3|1
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 1 h : 1062|5|3|2
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 3 h : 1062|5|3|3
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 6 h : 1062|5|3|4
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 510 °C (950 °F) for 3 h : 1062|5|3|5
    YS    (N*):    effect of aging temperature on RT properties : annealed : 1062|13|3|0
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 454 °C (850 °F) for 3 h : 1062|13|3|1
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 1 h : 1062|13|3|2
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 3 h : 1062|13|3|3
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 6 h : 1062|13|3|4
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 510 °C (950 °F) for 3 h : 1062|13|3|5
    %El   (N*):    effect of aging temperature on RT properties : annealed : 1062|29|1|0
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 454 °C (850 °F) for 3 h : 1062|29|1|1
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 1 h : 1062|29|1|2
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 3 h : 1062|29|1|3
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 6 h : 1062|29|1|4
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 510 °C (950 °F) for 3 h : 1062|29|1|5

return to listing

Maraging 300 (C-type)

    UTS   (N*):    effect of aging temperature on RT properties : annealed : 1063|5|3|0
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 454 °C (850 °F) for 3 h : 1063|5|3|1
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 1 h : 1063|5|3|2
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 3 h : 1063|5|3|3
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 6 h : 1063|5|3|4
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 510 °C (950 °F) for 3 h : 1063|5|3|5
    YS    (N*):    effect of aging temperature on RT properties : annealed : 1063|13|3|0
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 454 °C (850 °F) for 3 h : 1063|13|3|1
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 1 h : 1063|13|3|2
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 3 h : 1063|13|3|3
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 6 h : 1063|13|3|4
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 510 °C (950 °F) for 3 h : 1063|13|3|5
    YSC   (N*):    solution annealed & aged at 482 °C (900 °F) for 3 h : 1063|21|3|-1
    %El   (N*):    effect of aging temperature on RT properties : annealed : 1063|29|0|0
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 454 °C (850 °F) for 3 h : 1063|29|0|1
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 1 h : 1063|29|0|2
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 3 h : 1063|29|0|3
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 6 h : 1063|29|0|4
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 510 °C (950 °F) for 3 h : 1063|29|0|5

return to listing

Maraging 350 (C-type)

    TC     (N):    solid : data from Koniorczyk et. al., hardness HRC 37 : 1064|1|0|1
    TC     (N):    solid : average : 1064|1|0|2
    UTS   (N*):    effect of aging temperature on RT properties : annealed : 1064|5|1|0
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 1 h : 1064|5|1|1
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 3 h : 1064|5|1|2
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 6 h : 1064|5|1|3
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 10 h : 1064|5|1|4
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 20 h : 1064|5|1|5
    UTS   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 30 h : 1064|5|1|6
    SH     (N):    solid : 1064|9|0|-1
    YS    (N*):    effect of aging temperature on RT properties : annealed : 1064|13|1|0
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 1 h : 1064|13|1|1
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 3 h : 1064|13|1|2
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 6 h : 1064|13|1|3
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 10 h : 1064|13|1|4
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 20 h : 1064|13|1|5
    YS    (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 30 h : 1064|13|1|6
    YSC   (N*):    solution annealed & aged at 482 °C (900 °F) for 3 h : 1064|21|0|-1
    TD     (N):    solid : 1064|25|0|-1
    %El   (N*):    effect of aging temperature on RT properties : annealed : 1064|29|1|0
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 1 h : 1064|29|1|1
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 3 h : 1064|29|1|2
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 6 h : 1064|29|1|3
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 10 h : 1064|29|1|4
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 20 h : 1064|29|1|5
    %El   (N*):    effect of aging temperature on RT properties : annealed & aged at 482 °C (900 °F) for 30 h : 1064|29|1|6

return to listing

Marble

    TC     (N):    solid : average : 1761|1|0|2

return to listing

Mg - 0.5 Al (wt%) (New)

    TC        :    solid : 15335|1|0|-1
    D     (*):    solid : 15335|24|0|-1

return to listing

Mg - 1 Al (wt%) (New)

    TC        :    solid : 15336|1|0|-1
    D     (*):    solid : 15336|24|0|-1

return to listing

Mg - 1 Si (wt%) (New)

    TC        :    solid : 15171|1|0|-1
    SH        :    solid : 15171|9|0|-1
    D         :    solid : 15171|24|0|-1
    TD        :    solid : 15171|25|0|-1

return to listing

Mg - 1.38 Si (wt%) (New)

    TC        :    solid : 15172|1|0|-1
    SH        :    solid : 15172|9|0|-1
    D         :    solid : 15172|24|0|-1
    TD        :    solid : 15172|25|0|-1

return to listing

Mg - 10 Al (wt%) (New)

    TC        :    solid : 15339|1|0|-1
    D     (*):    solid : 15339|24|0|-1

return to listing

Mg - 2 Si (wt%) (New)

    TC        :    solid : 15173|1|0|-1
    SH        :    solid : 15173|9|0|-1
    D         :    solid : 15173|24|0|-1
    TD        :    solid : 15173|25|0|-1

return to listing

Mg - 25 Cu - 15 Zn (wt%) (New)

    DLL       :    solid : 15191|0|0|-1
    TC        :    solid : 15191|1|0|-1
    MTE       :    solid : 15191|8|0|-1
    SH        :    solid : 15191|9|0|-1
    CTE       :    solid : 15191|16|0|-1
    D         :    solid : 15191|24|0|-1
    TD        :    solid : 15191|25|0|-1

return to listing

Mg - 3 Al (wt%) (New)

    TC        :    solid : 15337|1|0|-1
    D     (*):    solid : 15337|24|0|-1

return to listing

Mg - 3 Si (wt%) (New)

    TC        :    solid : 15174|1|0|-1
    SH        :    solid : 15174|9|0|-1
    D         :    solid : 15174|24|0|-1
    TD        :    solid : 15174|25|0|-1

return to listing

Mg - 4 Si (wt%) (New)

    TC        :    solid : 15175|1|0|-1
    SH        :    solid : 15175|9|0|-1
    D         :    solid : 15175|24|0|-1
    TD        :    solid : 15175|25|0|-1

return to listing

Mg - 4 Si - 0.2 Ca (wt%) (New)

    TC        :    solid : 15176|1|0|-1
    SH        :    solid : 15176|9|0|-1
    D         :    solid : 15176|24|0|-1
    TD        :    solid : 15176|25|0|-1

return to listing

Mg - 4 Si - 0.4 Ca (wt%) (New)

    TC        :    solid : 15177|1|0|-1
    SH        :    solid : 15177|9|0|-1
    D         :    solid : 15177|24|0|-1
    TD        :    solid : 15177|25|0|-1

return to listing

Mg - 4 Si - 0.6 Ca (wt%) (New)

    TC        :    solid : 15178|1|0|-1
    SH        :    solid : 15178|9|0|-1
    D         :    solid : 15178|24|0|-1
    TD        :    solid : 15178|25|0|-1

return to listing

Mg - 4 Si - 0.8 Ca (wt%) (New)

    TC        :    solid : 15179|1|0|-1
    SH        :    solid : 15179|9|0|-1
    D         :    solid : 15179|24|0|-1
    TD        :    solid : 15179|25|0|-1

return to listing

Mg - 4 Si - 1 Ca (wt%) (New)

    TC        :    solid : 15180|1|0|-1
    SH        :    solid : 15180|9|0|-1
    D         :    solid : 15180|24|0|-1
    TD        :    solid : 15180|25|0|-1

return to listing

Mg - 5 Al (wt%) (New)

    TC        :    solid : 15338|1|0|-1
    D     (*):    solid : 15338|24|0|-1

return to listing

Mg - 7 Al - 1 Si (wt%)

    D     (N*):    solid : 9046|24|0|-1

return to listing

Mg - 8 Sn - 1.5 Al (wt%) (New)

    SSCC      :    0.001/s : tested at 380 °C (716 °F) : 15189|12|0|0
    SSCC      :    0.001/s : tested at 420 °C (788 °F) : 15189|12|0|1
    SSCC      :    0.001/s : tested at 460 °C (860 °F) : 15189|12|0|2
    SSCC      :    0.001/s : tested at 500 °C (932 °F) : 15189|12|0|3
    SSCC      :    0.01/s : tested at 380 °C (716 °F) : 15189|12|1|0
    SSCC      :    0.01/s : tested at 420 °C (788 °F) : 15189|12|1|1
    SSCC      :    0.01/s : tested at 460 °C (860 °F) : 15189|12|1|2
    SSCC      :    0.01/s : tested at 500 °C (932 °F) : 15189|12|1|3
    SSCC      :    0.1/s : tested at 380 °C (716 °F) : 15189|12|2|0
    SSCC      :    0.1/s : tested at 420 °C (788 °F) : 15189|12|2|1
    SSCC      :    0.1/s : tested at 460 °C (860 °F) : 15189|12|2|2
    SSCC      :    0.1/s : tested at 500 °C (932 °F) : 15189|12|2|3
    SSCC      :    1/s : tested at 380 °C (716 °F) : 15189|12|3|0
    SSCC      :    1/s : tested at 420 °C (788 °F) : 15189|12|3|1
    SSCC      :    1/s : tested at 460 °C (860 °F) : 15189|12|3|2
    SSCC      :    1/s : tested at 500 °C (932 °F) : 15189|12|3|3

return to listing

Mg₁.₉₇Li₀.₀₃Si₀.₃Sn₀.₇ (New)

    RHO   (*):    solid : 15194|2|0|-1
    E         :    solid : 15194|3|0|-1
    SIGMA (*):    solid : 15194|10|0|-1
    G     (*):    solid : 15194|11|0|-1
    v     (*):    solid : 15194|19|0|-1
    D     (*):    solid : 15194|24|0|-1
    K     (*):    solid : 15194|27|0|-1

return to listing

Mg₂.₀₆Si₀.₃Sn₀.₆₆₅Bi₀.₀₃₅ (New)

    RHO   (*):    solid : 15196|2|0|-1
    E         :    solid : 15196|3|0|-1
    SIGMA (*):    solid : 15196|10|0|-1
    G     (*):    solid : 15196|11|0|-1
    v     (*):    solid : 15196|19|0|-1
    D     (*):    solid : 15196|24|0|-1
    K     (*):    solid : 15196|27|0|-1

return to listing

Mg₂.₀₆Si₀.₃Sn₀.₆₉₂₅Bi₀.₀₀₇₅ (New)

    RHO   (*):    solid : 15195|2|0|-1
    E         :    solid : 15195|3|0|-1
    SIGMA (*):    solid : 15195|10|0|-1
    G     (*):    solid : 15195|11|0|-1
    v     (*):    solid : 15195|19|0|-1
    D     (*):    solid : 15195|24|0|-1
    K     (*):    solid : 15195|27|0|-1

return to listing

Mg₂Si₀.₃Sn₀.₇

    RHO   (N*):    solid : 14615|2|0|-1
    SIGMA (N*):    solid : 14615|10|0|-1

return to listing

Mix61 (New)

    DLL       :    solid : fully cured : 15149|0|0|0
    E     (*):    fully cured : 15149|3|0|-1
    MTE       :    solid : fully cured : 15149|8|0|0
    YS    (*):    fully cured : 0.0001/s : 15149|13|0|0
    YS    (*):    fully cured : 0.001/s : 15149|13|0|1
    YS    (*):    fully cured : 0.01/s : 15149|13|0|2
    YS    (*):    fully cured : 0.1/s : 15149|13|0|3
    ESSC      :    fully cured : tested at 23 °C (73 °F), 0.001/s, tested to fracture : 15149|35|0|0
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.0001/s, test stopped before fracture : 15149|36|0|0
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.001/s, test stopped before fracture : 15149|36|0|1
    ESSCC    :    fully cured : tested at -196.1 °C (-321.1 °F), 0.01/s, tested to fracture : 15149|36|0|2
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.01/s, test stopped before fracture : 15149|36|0|3
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.1/s, test stopped before fracture : 15149|36|0|4

return to listing

Mn₂₀Fe₂₀Co₂₀Ni₄₀ (New)

    DLL       :    solid : 15151|0|0|-1
    E         :    solid : 15151|3|0|-1
    MTE       :    solid : 15151|8|0|-1
    G         :    solid : 15151|11|0|-1
    CTE       :    solid : 15151|16|0|-1
    v         :    solid : 15151|19|0|-1
    D         :    solid : 15151|24|0|-1
    K         :    solid : 15151|27|0|-1

return to listing

MSUT-Twente (New)

    DLL       :    solid : fully cured : 15150|0|0|0
    E     (*):    fully cured : 15150|3|0|-1
    MTE       :    solid : fully cured : 15150|8|0|0
    YS    (*):    fully cured : 0.0001/s : 15150|13|0|0
    YS    (*):    fully cured : 0.001/s : 15150|13|0|1
    YS    (*):    fully cured : 0.01/s : 15150|13|0|2
    YS    (*):    fully cured : 0.1/s : 15150|13|0|3
    CTE       :    solid : fully cured : 15150|16|0|0
    D         :    solid : fully cured : 15150|24|0|0
    ESSC      :    fully cured : tested at 23 °C (73 °F), 0.001/s, tested to fracture : 15150|35|0|0
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.0001/s, tested to fracture : 15150|36|0|0
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.001/s, test stopped before fracture : 15150|36|0|1
    ESSCC    :    fully cured : tested at -196.1 °C (-321.1 °F), 0.01/s, tested to fracture : 15150|36|0|2
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.01/s, test stopped before fracture : 15150|36|0|3
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.1/s, tested to fracture : 15150|36|0|4

return to listing

MY750 (New)

    DLL       :    solid : fully cured : 15148|0|0|0
    E     (*):    fully cured : 15148|3|0|-1
    MTE       :    solid : fully cured : 15148|8|0|0
    YS    (*):    fully cured : 0.0001/s : 15148|13|0|0
    YS    (*):    fully cured : 0.001/s : 15148|13|0|1
    YS    (*):    fully cured : 0.01/s : 15148|13|0|2
    YS    (*):    fully cured : 0.1/s : 15148|13|0|3
    CTE       :    solid : fully cured : 15148|16|0|0
    D         :    solid : fully cured : 15148|24|0|0
    ESSC      :    fully cured : tested at 23 °C (73 °F), 0.001/s, tested to fracture : 15148|35|0|0
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.0001/s, test stopped before fracture : 15148|36|0|0
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.001/s, test stopped before fracture : 15148|36|0|1
    ESSCC    :    fully cured : tested at -196.1 °C (-321.1 °F), 0.01/s, tested to fracture : 15148|36|0|2
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.01/s, test stopped before fracture : 15148|36|0|3
    ESSCC    :    fully cured : tested at 23 °C (73 °F), 0.1/s, test stopped before fracture : 15148|36|0|4

return to listing

NaZnSb (New)

    DLL       :    solid : polycrystal : 15181|0|0|0
    DLL       :    solid : a-axis : 15181|0|0|1
    DLL       :    solid : c-axis : 15181|0|0|2
    TC        :    solid : 15181|1|0|-1
    RHO       :    solid : 15181|2|0|-1
    MTE       :    solid : polycrystal : 15181|8|0|0
    MTE       :    solid : a-axis : 15181|8|0|1
    MTE       :    solid : c-axis : 15181|8|0|2
    SIGMA    :    solid : 15181|10|0|-1
    CTE       :    solid : polycrystal : 15181|16|0|0
    CTE       :    solid : a-axis : 15181|16|0|1
    CTE       :    solid : c-axis : 15181|16|0|2
    D         :    solid : 15181|24|0|-1

return to listing

Ni - 0.5 Cu (wt%) (New)

    TC        :    solid : 15289|1|0|-1
    D     (*):    solid : 15289|24|0|-1

return to listing

Ni - 1 Cu (wt%) (New)

    TC        :    solid : 15310|1|0|-1
    D     (*):    solid : 15310|24|0|-1

return to listing

Ni - 10 Cu (wt%) (New)

    TC        :    solid : 15307|1|0|-1
    D     (*):    solid : 15307|24|0|-1

return to listing

Ni - 15 Cu (wt%) (New)

    TC        :    solid : 15306|1|0|-1
    D     (*):    solid : 15306|24|0|-1

return to listing

Ni - 20 Cu (wt%) (New)

    TC        :    solid : 15305|1|0|-1
    D     (*):    solid : 15305|24|0|-1

return to listing

Ni - 25 Cu (wt%) (New)

    TC        :    solid : 15304|1|0|-1
    D     (*):    solid : 15304|24|0|-1

return to listing

Ni - 3 Cu (wt%) (New)

    TC        :    solid : 15309|1|0|-1
    D     (*):    solid : 15309|24|0|-1

return to listing

Ni - 30 Cu (wt%) (New)

    TC        :    solid : 15303|1|0|-1
    D     (*):    solid : 15303|24|0|-1

return to listing

Ni - 35 Cu (wt%) (New)

    TC        :    solid : 15302|1|0|-1
    D     (*):    solid : 15302|24|0|-1

return to listing

Ni - 40 Cu (wt%) (New)

    TC        :    solid : 15301|1|0|-1
    D     (*):    solid : 15301|24|0|-1

return to listing

Ni - 45 Cu (wt%) (New)

    TC        :    solid : 15300|1|0|-1
    D     (*):    solid : 15300|24|0|-1

return to listing

Ni - 5 Cu (wt%) (New)

    TC        :    solid : 15308|1|0|-1
    D     (*):    solid : 15308|24|0|-1

return to listing

Nickel

    ST     (R):    liquid : 862|38|1|-1

return to listing

nylon harp strings (New)

    E         :    Bowbrand, Pedal Nylon range, A2 note : 2.362 mm (0.093 inch) diameter at 235 Hz : 15165|3|0|0
    E         :    Bowbrand, Pedal Nylon range, A3 note : 1.68 mm (0.0661 inch) diameter at 173 Hz : 15165|3|1|0
    E         :    Bowbrand, Pedal Nylon range, A3 note : 1.68 mm (0.0661 inch) diameter at 235 Hz : 15165|3|1|1
    E         :    Bowbrand, Pedal Nylon range, A3 note : 1.68 mm (0.0661 inch) diameter at 287 Hz : 15165|3|1|2
    E         :    Bowbrand, Pedal Nylon range, A3 note : 1.68 mm (0.0661 inch) diameter at 323 Hz : 15165|3|1|3
    E         :    Bowbrand, Pedal Nylon range, A3 note : 1.68 mm (0.0661 inch) diameter at 360 Hz : 15165|3|1|4
    E         :    Bowbrand, Pedal Nylon range, A4 note : 1.196 mm (0.0471 inch) diameter at 174 Hz : 15165|3|2|0
    E         :    Bowbrand, Pedal Nylon range, A4 note : 1.196 mm (0.0471 inch) diameter at 235 Hz : 15165|3|2|1
    E         :    Bowbrand, Pedal Nylon range, A4 note : 1.196 mm (0.0471 inch) diameter at 287 Hz : 15165|3|2|2
    E         :    Bowbrand, Pedal Nylon range, A4 note : 1.196 mm (0.0471 inch) diameter at 323 Hz : 15165|3|2|3
    E         :    Bowbrand, Pedal Nylon range, A4 note : 1.196 mm (0.0471 inch) diameter at 375 Hz : 15165|3|2|4
    E         :    Bowbrand, Pedal Nylon range, A5 note : 0.841 mm (0.0331 inch) diameter at 174 Hz : 15165|3|3|0
    E         :    Bowbrand, Pedal Nylon range, A5 note : 0.841 mm (0.0331 inch) diameter at 235 Hz : 15165|3|3|1
    E         :    Bowbrand, Pedal Nylon range, A5 note : 0.841 mm (0.0331 inch) diameter at 287 Hz : 15165|3|3|2
    E         :    Bowbrand, Pedal Nylon range, A5 note : 0.841 mm (0.0331 inch) diameter at 323 Hz : 15165|3|3|3
    E         :    Bowbrand, Pedal Nylon range, A5 note : 0.841 mm (0.0331 inch) diameter at 375 Hz : 15165|3|3|4
    E         :    Bowbrand, Pedal Nylon range, A5 note : 0.841 mm (0.0331 inch) diameter at 403 Hz : 15165|3|3|5
    E         :    Bowbrand, Pedal Nylon range, A5 note : 0.841 mm (0.0331 inch) diameter at 429 Hz : 15165|3|3|6
    E         :    Bowbrand, Pedal Nylon range, A5 note : 0.841 mm (0.0331 inch) diameter at 453 Hz : 15165|3|3|7
    E         :    Bowbrand, Pedal Nylon range, A6 note : 0.658 mm (0.0259 inch) diameter at 173 Hz : 15165|3|4|0
    E         :    Bowbrand, Pedal Nylon range, A6 note : 0.658 mm (0.0259 inch) diameter at 235 Hz : 15165|3|4|1
    E         :    Bowbrand, Pedal Nylon range, A6 note : 0.658 mm (0.0259 inch) diameter at 287 Hz : 15165|3|4|2
    E         :    Bowbrand, Pedal Nylon range, A6 note : 0.658 mm (0.0259 inch) diameter at 323 Hz : 15165|3|4|3
    E         :    Bowbrand, Pedal Nylon range, A6 note : 0.658 mm (0.0259 inch) diameter at 375 Hz : 15165|3|4|4
    E         :    Bowbrand, Pedal Nylon range, A6 note : 0.658 mm (0.0259 inch) diameter at 403 Hz : 15165|3|4|5
    E         :    Bowbrand, Pedal Nylon range, A6 note : 0.658 mm (0.0259 inch) diameter at 429 Hz : 15165|3|4|6
    E         :    Bowbrand, Pedal Nylon range, A6 note : 0.658 mm (0.0259 inch) diameter at 453 Hz : 15165|3|4|7
    E         :    Pirastro, Nycor Concert Harp range, A4 note : 1.28 mm (0.0504 inch) diameter at 323 Hz : 15165|3|5|0
    E         :    Pirastro, Nycor Concert Harp range, A6 note : 0.613 mm (0.0241 inch) diameter at 429 Hz : 15165|3|6|0
    D     (*):    Bowbrand, Pedal Nylon range, A2 note : 2.362 mm (0.093 inch) diameter : 15165|24|0|0
    D     (*):    Bowbrand, Pedal Nylon range, A3 note : 1.68 mm (0.0661 inch) diameter : 15165|24|1|0
    D     (*):    Bowbrand, Pedal Nylon range, A4 note : 1.196 mm (0.0471 inch) diameter : 15165|24|2|0
    D     (*):    Bowbrand, Pedal Nylon range, A5 note : 0.841 mm (0.0331 inch) diameter : 15165|24|3|0
    D     (*):    Bowbrand, Pedal Nylon range, A6 note : 0.658 mm (0.0259 inch) diameter : 15165|24|4|0
    D     (*):    Pirastro, Nycor Concert Harp range, A4 note : 1.28 mm (0.0504 inch) diameter : 15165|24|5|0
    D     (*):    Pirastro, Nycor Concert Harp range, A6 note : 0.613 mm (0.0241 inch) diameter : 15165|24|6|0

return to listing

Palladium

    UTS   (N*):    0.25 mm (0.00984 inch) thick foil : vacuum annealed 24 h at 550 °C (1022 °F) : 880|5|0|0
    YS    (N*):    0.25 mm (0.00984 inch) thick foil : vacuum annealed 24 h at 550 °C (1022 °F) : 880|13|0|0
    %El   (N*):    0.25 mm (0.00984 inch) thick foil : vacuum annealed 24 h at 550 °C (1022 °F) : 880|29|0|0

return to listing

Pd - 0.5 Cu (wt%) (New)

    TC        :    solid : disordered : 15362|1|0|0
    D     (*):    solid : 15362|24|0|-1

return to listing

Pd - 1 Cu (wt%) (New)

    TC        :    solid : disordered : 15204|1|0|0
    D     (*):    solid : 15204|24|0|-1

return to listing

Pd - 10 Cu (wt%) (New)

    TC        :    solid : disordered : 15199|1|0|0
    UTS   (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15199|5|0|0
    UTS   (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15199|5|1|0
    UTS   (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15199|5|1|1
    UTS   (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15199|5|1|2
    UTS   (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15199|5|1|3
    UTS   (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15199|5|1|4
    UTS   (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15199|5|1|5
    YS    (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15199|13|0|0
    YS    (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15199|13|1|0
    YS    (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15199|13|1|1
    YS    (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15199|13|1|2
    YS    (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15199|13|1|3
    YS    (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15199|13|1|4
    YS    (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15199|13|1|5
    D     (*):    solid : 15199|24|0|-1
    %El   (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15199|29|0|0
    %El   (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15199|29|1|0
    %El   (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15199|29|1|1
    %El   (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15199|29|1|2
    %El   (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15199|29|1|3
    %El   (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15199|29|1|4
    %El   (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15199|29|1|5

return to listing

Pd - 15 Cu (wt%) (New)

    TC        :    solid : disordered : 15200|1|0|0
    UTS   (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15200|5|0|0
    UTS   (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15200|5|1|0
    UTS   (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15200|5|1|1
    UTS   (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15200|5|1|2
    UTS   (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15200|5|1|3
    UTS   (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15200|5|1|4
    UTS   (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15200|5|1|5
    YS    (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15200|13|0|0
    YS    (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15200|13|1|0
    YS    (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15200|13|1|1
    YS    (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15200|13|1|2
    YS    (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15200|13|1|3
    YS    (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15200|13|1|4
    YS    (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15200|13|1|5
    D     (*):    solid : 15200|24|0|-1
    %El   (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15200|29|0|0
    %El   (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15200|29|1|0
    %El   (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15200|29|1|1
    %El   (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15200|29|1|2
    %El   (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15200|29|1|3
    %El   (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15200|29|1|4
    %El   (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15200|29|1|5

return to listing

Pd - 20 Cu (wt%) (New)

    TC        :    solid : disordered : 15201|1|0|0
    UTS   (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15201|5|0|0
    UTS   (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15201|5|1|0
    UTS   (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15201|5|1|1
    UTS   (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15201|5|1|2
    UTS   (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15201|5|1|3
    UTS   (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15201|5|1|4
    UTS   (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15201|5|1|5
    YS    (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15201|13|0|0
    YS    (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15201|13|1|0
    YS    (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15201|13|1|1
    YS    (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15201|13|1|2
    YS    (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15201|13|1|3
    YS    (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15201|13|1|4
    YS    (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15201|13|1|5
    D     (*):    solid : 15201|24|0|-1
    %El   (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15201|29|0|0
    %El   (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15201|29|1|0
    %El   (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15201|29|1|1
    %El   (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15201|29|1|2
    %El   (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15201|29|1|3
    %El   (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15201|29|1|4
    %El   (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15201|29|1|5

return to listing

Pd - 25 Cu (wt%) (New)

    TC        :    solid : disordered : 15202|1|0|0
    UTS   (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15202|5|0|0
    UTS   (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15202|5|1|0
    UTS   (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15202|5|1|1
    UTS   (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15202|5|1|2
    UTS   (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15202|5|1|3
    UTS   (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15202|5|1|4
    UTS   (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15202|5|1|5
    YS    (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15202|13|0|0
    YS    (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15202|13|1|0
    YS    (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15202|13|1|1
    YS    (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15202|13|1|2
    YS    (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15202|13|1|3
    YS    (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15202|13|1|4
    YS    (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15202|13|1|5
    %El   (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15202|29|0|0
    %El   (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15202|29|1|0
    %El   (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15202|29|1|1
    %El   (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15202|29|1|2
    %El   (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15202|29|1|3
    %El   (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15202|29|1|4
    %El   (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15202|29|1|5

return to listing

Pd - 3 Cu (wt%) (New)

    TC        :    solid : disordered : 15205|1|0|0
    D     (*):    solid : 15205|24|0|-1

return to listing

Pd - 30 Cu (wt%) (New)

    TC        :    solid : disordered : 15203|1|0|0

return to listing

Pd - 35 Cu (wt%) (New)

    TC        :    solid : disordered : 15207|1|0|0

return to listing

Pd - 40 Cu (wt%) (New)

    TC        :    solid : disordered : 15208|1|0|0

return to listing

Pd - 45 Cu (wt%) (New)

    TC        :    solid : disordered : 15209|1|0|0

return to listing

Pd - 5 Cu (wt%) (New)

    TC        :    solid : disordered : 15198|1|0|0
    SSC       :    vacuum annealed : tested at 25 °C (77 °F), 0.0011/s : 15198|4|0|0
    UTS   (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15198|5|0|0
    UTS   (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15198|5|1|0
    UTS   (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15198|5|1|1
    UTS   (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15198|5|1|2
    UTS   (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15198|5|1|3
    UTS   (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15198|5|1|4
    UTS   (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15198|5|1|5
    YS    (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15198|13|0|0
    YS    (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15198|13|1|0
    YS    (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15198|13|1|1
    YS    (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15198|13|1|2
    YS    (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15198|13|1|3
    YS    (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15198|13|1|4
    YS    (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15198|13|1|5
    D     (*):    solid : 15198|24|0|-1
    %El   (*):    vacuum annealed : 0.25 mm (0.00984 inch) thick foil : 15198|29|0|0
    %El   (*):    H2 exposed : H2 exposed at 25 °C (77 °F) : 15198|29|1|0
    %El   (*):    H2 exposed : H2 exposed at 50 °C (122 °F) : 15198|29|1|1
    %El   (*):    H2 exposed : H2 exposed at 75 °C (167 °F) : 15198|29|1|2
    %El   (*):    H2 exposed : H2 exposed at 100 °C (212 °F) : 15198|29|1|3
    %El   (*):    H2 exposed : H2 exposed at 125 °C (257 °F) : 15198|29|1|4
    %El   (*):    H2 exposed : H2 exposed at 150 °C (302 °F) : 15198|29|1|5

return to listing

Pd - 50 Cu (wt%) (New)

    TC        :    solid : disordered : 15210|1|0|0

return to listing

Pd - 55 Cu (wt%) (New)

    TC        :    solid : disordered : 15211|1|0|0

return to listing

Pd - 60 Cu (wt%) (New)

    TC        :    solid : disordered : 15212|1|0|0

return to listing

Pd - 65 Cu (wt%) (New)

    TC        :    solid : disordered : 15213|1|0|0

return to listing

Pd - 70 Cu (wt%) (New)

    TC        :    solid : disordered : 15214|1|0|0

return to listing

Pd - 75 Cu (wt%) (New)

    TC        :    solid : disordered : 15215|1|0|0

return to listing

Pd - 80 Cu (wt%) (New)

    TC        :    solid : disordered : 15216|1|0|0
    D     (*):    solid : 15216|24|0|-1

return to listing

Pd - 85 Cu (wt%) (New)

    TC        :    solid : disordered : 15217|1|0|0
    D     (*):    solid : 15217|24|0|-1

return to listing

Pd - 90 Cu (wt%) (New)

    TC        :    solid : disordered : 15218|1|0|0
    D     (*):    solid : 15218|24|0|-1

return to listing

Pd - 95 Cu (wt%) (New)

    TC        :    solid : disordered : 15219|1|0|0
    D     (*):    solid : 15219|24|0|-1

return to listing

Pd - 97 Cu (wt%) (New)

    TC        :    solid : disordered : 15220|1|0|0
    D     (*):    solid : 15220|24|0|-1

return to listing

Pd - 99 Cu (wt%) (New)

    TC        :    solid : disordered : 15206|1|0|0
    D     (*):    solid : 15206|24|0|-1

return to listing

Pd - 99.5 Cu (wt%) (New)

    TC        :    solid : disordered : 15361|1|0|0
    D     (*):    solid : 15361|24|0|-1

return to listing

PET-G (polyethylene terephthalate glycol) (New)

    E     (*):    fused filament fabrication : 15123|3|0|-1
    UTS   (*):    fused filament fabrication : 15123|5|0|-1
    YS    (*):    fused filament fabrication : 15123|13|0|-1
    FEN       :    fused filament fabrication : tested at 20 °C (68 °F), R = 0.1, axial, total strain amplitude : 15123|14|0|0
    FEN       :    fused filament fabrication : tested at 20 °C (68 °F), R = 0.1, axial, elastic strain amplitude : 15123|14|0|1
    FEN       :    fused filament fabrication : tested at 20 °C (68 °F), R = 0.1, axial, plastic strain amplitude : 15123|14|0|2
    D     (*):    solid : 15123|24|0|-1
    %El   (*):    fused filament fabrication : at break : 15123|29|0|0
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 4 mm/min, tested to fracture : 15123|35|0|0

return to listing

PLA + 1 wt% graphene (New)

    E     (*):    fused filament fabrication : 0/90 raster orientation, 5 mm/min : 15130|3|0|0
    E     (*):    fused filament fabrication : 30/-60 raster orientation, 5 mm/min : 15130|3|0|1
    E     (*):    fused filament fabrication : 45/-45 raster orientation, 5 mm/min : 15130|3|0|2
    UTS   (*):    fused filament fabrication : 0/90 raster orientation, 5 mm/min : 15130|5|0|0
    UTS   (*):    fused filament fabrication : 30/-60 raster orientation, 5 mm/min : 15130|5|0|1
    UTS   (*):    fused filament fabrication : 45/-45 raster orientation, 5 mm/min : 15130|5|0|2
    YS    (*):    fused filament fabrication : 0/90 raster orientation, 5 mm/min : 15130|13|0|0
    YS    (*):    fused filament fabrication : 30/-60 raster orientation, 5 mm/min : 15130|13|0|1
    YS    (*):    fused filament fabrication : 45/-45 raster orientation, 5 mm/min : 15130|13|0|2
    %El   (*):    fused filament fabrication : 0/90 raster orientation, 5 mm/min, at break : 15130|29|0|0
    %El   (*):    fused filament fabrication : 30/-60 raster orientation, 5 mm/min, at break : 15130|29|0|1
    %El   (*):    fused filament fabrication : 45/-45 raster orientation, 5 mm/min, at break : 15130|29|0|2
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 5 mm/min, 0/90 raster orientation, tested to fracture : 15130|35|0|0
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 5 mm/min, 30/-60 raster orientation, tested to fracture : 15130|35|0|1
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 5 mm/min, 45/-45 raster orientation, tested to fracture : 15130|35|0|2

return to listing

PLA (New)

    E     (*):    fused filament fabrication : 0/90 raster orientation, 5 mm/min : 15129|3|0|0
    E     (*):    fused filament fabrication : 30/-60 raster orientation, 5 mm/min : 15129|3|0|1
    E     (*):    fused filament fabrication : 45/-45 raster orientation, 5 mm/min : 15129|3|0|2
    E     (*):    fused filament fabrication : dos Santos et. al., 5 mm/min : 15129|3|0|3
    UTS   (*):    fused filament fabrication : 0/90 raster orientation, 5 mm/min : 15129|5|0|0
    UTS   (*):    fused filament fabrication : 30/-60 raster orientation, 5 mm/min : 15129|5|0|1
    UTS   (*):    fused filament fabrication : 45/-45 raster orientation, 5 mm/min : 15129|5|0|2
    YS    (*):    fused filament fabrication : 0/90 raster orientation, 5 mm/min : 15129|13|0|0
    YS    (*):    fused filament fabrication : 30/-60 raster orientation, 5 mm/min : 15129|13|0|1
    YS    (*):    fused filament fabrication : 45/-45 raster orientation, 5 mm/min : 15129|13|0|2
    YS    (*):    fused filament fabrication : dos Santos et. al., 5 mm/min : 15129|13|0|3
    D     (*):    solid : 15129|24|0|-1
    %El   (*):    fused filament fabrication : 0/90 raster orientation, 5 mm/min, at break : 15129|29|0|0
    %El   (*):    fused filament fabrication : 30/-60 raster orientation, 5 mm/min, at break : 15129|29|0|1
    %El   (*):    fused filament fabrication : 45/-45 raster orientation, 5 mm/min, at break : 15129|29|0|2
    %El   (*):    fused filament fabrication : dos Santos et. al., 5 mm/min, at break : 15129|29|0|3
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 5 mm/min, 0/90 raster orientation, tested to fracture : 15129|35|0|0
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 5 mm/min, 30/-60 raster orientation, tested to fracture : 15129|35|0|1
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 5 mm/min, 45/-45 raster orientation, tested to fracture : 15129|35|0|2
    ESSC      :    fused filament fabrication : tested at 20 °C (68 °F), 5 mm/min, dos Santos et. al., tested to fracture : 15129|35|0|3

return to listing

Platinum

    FSN    (N):    DC magnetron sputtered 5 micron film : tested at 20 °C (68 °F), R = 0.3, axial, stress amplitude : 912|6|0|0

return to listing

Polyamide 12 (New)

    E     (*):    laser powder bed fusion : 0.001/s, parallel : 15128|3|0|0
    E     (*):    laser powder bed fusion : 0.001/s, perpendicular : 15128|3|0|1
    E     (*):    laser powder bed fusion : 500/s to 600/s, parallel : 15128|3|0|2
    E     (*):    laser powder bed fusion : 500/s to 600/s : 15128|3|0|3
    UTS   (*):    laser powder bed fusion : 0.001/s, parallel : 15128|5|0|0
    UTS   (*):    laser powder bed fusion : 0.001/s, perpendicular : 15128|5|0|1
    UTS   (*):    laser powder bed fusion : 500/s to 600/s, parallel : 15128|5|0|2
    UTS   (*):    laser powder bed fusion : 500/s to 600/s, perpendicular : 15128|5|0|3
    D     (*):    solid : laser powder bed fusion : 15128|24|0|0
    %El   (*):    laser powder bed fusion : 0.001/s, parallel, at break : 15128|29|0|0
    %El   (*):    laser powder bed fusion : 0.001/s, perpendicular, at break : 15128|29|0|1
    ESSC      :    laser powder bed fusion, 2 mm/min : tested at 20 °C (68 °F), 0.001/s, parallel, tested to fracture : 15128|35|0|0
    ESSC      :    laser powder bed fusion, 2 mm/min : tested at 20 °C (68 °F), 0.001/s, perpendicular, tested to fracture : 15128|35|0|1

return to listing

Pt - 10 Au (at%) (New)

    FSN       :    DC magnetron sputtered 5 micron film : tested at 20 °C (68 °F), R = 0.3, axial, stress amplitude : 15078|6|0|0
    D     (*):    solid : 15078|24|0|-1

return to listing

Pt - 5 Ni (wt%)

    D     (N*):    solid : 9460|24|0|-1

return to listing

Pyrowear 53

    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 50% failure probability, maximum stress : 3106|6|0|1
    FSN    (N):    single tooth bending fatigue : tested at 20 °C (68 °F), R = 0.05, 1% failure probability, maximum stress : 3106|6|0|2
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 50% failure probability, maximum stress : 3106|6|0|3
    FSN    (N):    single tooth bending fatigue : tested at 130 °C (266 °F), R = 0.05, 1% failure probability, maximum stress : 3106|6|0|4

return to listing

Sandstone (China, Ordos basin) (New)

    TC        :    solid : 15197|1|0|-1
    E         :    solid : 15197|3|0|-1
    SH        :    solid : 15197|9|0|-1
    D     (*):    solid : 15197|24|0|-1
    TD        :    solid : 15197|25|0|-1

return to listing

Sandstone (quartzitic)

    TC     (N):    solid : average : 1770|1|0|2

return to listing

Scalmalloy (New)

    TC        :    solid : laser powder bed fusion : 15127|1|0|0
    E     (*):    laser powder bed fusion : 15127|3|0|-1
    SSC       :    laser powder bed fusion : tested at 20 °C (68 °F), 8.3 x 10⁻⁴/s, HIPed, vertical : 15127|4|0|0
    UTS       :    laser powder bed fusion : Z-orientation : 15127|5|0|0
    FSN       :    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, > 250 micron penetration depth, HIPed, maximum stress : 15127|6|0|0
    FSN       :    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, 80 micron penetration depth, HIPed, maximum stress : 15127|6|0|1
    YS        :    laser powder bed fusion : Z-orientation : 15127|13|0|0
    D     (*):    solid : laser powder bed fusion : 15127|24|0|0
    %El   (*):    laser powder bed fusion : Z-orientation : 15127|29|0|0

return to listing

SiO₀.₉₄C₁.₁₃ (New)

    DLL       :    glass : 15170|0|0|-1
    TC        :    glass : 15170|1|0|-1
    MTE       :    glass : 15170|8|0|-1
    SH        :    glass : 15170|9|0|-1
    CTE       :    glass : 15170|16|0|-1
    D         :    glass : 15170|24|0|-1
    TD        :    glass : 15170|25|0|-1

return to listing

SiO₁.₂₇C₀.₉₇ (New)

    DLL       :    glass : 15169|0|0|-1
    TC        :    glass : 15169|1|0|-1
    MTE       :    glass : 15169|8|0|-1
    SH        :    glass : 15169|9|0|-1
    CTE       :    glass : 15169|16|0|-1
    D         :    glass : 15169|24|0|-1
    TD        :    glass : 15169|25|0|-1

return to listing

SiO₁.₃₈C₀.₃₂ (New)

    DLL       :    glass : 15166|0|0|-1
    TC        :    glass : 15166|1|0|-1
    MTE       :    glass : 15166|8|0|-1
    SH        :    glass : 15166|9|0|-1
    CTE       :    glass : 15166|16|0|-1
    D         :    glass : 15166|24|0|-1
    TD        :    glass : 15166|25|0|-1

return to listing

SiO₁.₄₁C₀.₃ (New)

    DLL       :    glass : 15167|0|0|-1
    TC        :    glass : 15167|1|0|-1
    MTE       :    glass : 15167|8|0|-1
    SH        :    glass : 15167|9|0|-1
    CTE       :    glass : 15167|16|0|-1
    D         :    glass : 15167|24|0|-1
    TD        :    glass : 15167|25|0|-1

return to listing

SiO₁.₅C₀.₇₁ (New)

    DLL       :    glass : 15168|0|0|-1
    TC        :    glass : 15168|1|0|-1
    MTE       :    glass : 15168|8|0|-1
    SH        :    glass : 15168|9|0|-1
    CTE       :    glass : 15168|16|0|-1
    D         :    glass : 15168|24|0|-1
    TD        :    glass : 15168|25|0|-1

return to listing

Sn - 1 Ag - 0.5 Cu (wt%)

    D     (N*):    solid : 2751|24|0|-1

return to listing

Sn - 1.25 Ag - 2 Cu (wt%)

    D     (N*):    solid : 3132|24|0|-1

return to listing

Sn - 3 Cu (wt%)

    D     (N*):    solid : 3134|24|0|-1

return to listing

Sn - 3.5 Ag - 0.7 Cu (wt%)

    D     (N*):    solid : 9520|24|0|-1

return to listing

Sn - 3.5 Ag - 0.9 Cu (wt%)

    D     (N*):    solid : 3128|24|0|-1

return to listing

Sn - 4 Zr (wt%)

    D     (N*):    solid : 9526|24|0|-1

return to listing

Sn - 5 Sb (wt%)

    D     (N*):    solid : 3133|24|0|-1

return to listing

Tb₀.₃Dy₀.₇Co₂ (New)

    DLL       :    solid : at 0 T magnetic field : 15183|0|0|0
    DLL       :    solid : at 1 T magnetic field : 15183|0|0|1
    MTE       :    solid : at 0 T magnetic field : 15183|8|0|0
    MTE       :    solid : at 1 T magnetic field : 15183|8|0|1

return to listing

Tb₂O₃

    DLL    (N):    liquid : 2720|0|1|-1
    MTE    (N):    liquid : 2720|8|1|-1
    CTE    (N):    liquid : 2720|16|1|-1
    D      (N):    liquid : 2720|24|1|-1
    Vis    (N):    solid : 2720|26|0|-1
    ST     (N):    solid : 2720|38|0|-1

return to listing

TbCo₂ (New)

    DLL       :    solid : at 0 T magnetic field : 15182|0|0|0
    DLL       :    solid : at 1 T magnetic field : 15182|0|0|1
    MTE       :    solid : at 0 T magnetic field : 15182|8|0|0
    MTE       :    solid : at 1 T magnetic field : 15182|8|0|1

return to listing

Ti - 6 Al - 4 V (Grade 5)

    FSN    (N):    annealed 750 °C (1382 °F) for 1.5 h to ASTM B384-13 : tested at 20 °C (68 °F), R = 0.1, axial, stress amplitude : 8958|6|1|0
    FSN    (N):    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, as-built, stress amplitude : 8958|6|3|0
    FSN    (N):    laser powder bed fusion : tested at 20 °C (68 °F), R = 0.1, axial, HIPed, stress amplitude : 8958|6|3|1

return to listing

Ti - 6 Al - 4 V

    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, 90% survival, maximum stress, Razavi et. al. : 2836|6|5|0
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, 50% survival, maximum stress, Razavi et. al. : 2836|6|5|1
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, 10% survival, maximum stress, Razavi et. al. : 2836|6|5|2
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, 90% survival, maximum stress, Razavi et. al. : 2836|6|5|3
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, 50% survival, maximum stress, Razavi et. al. : 2836|6|5|4
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, 10% survival, maximum stress, Razavi et. al. : 2836|6|5|5
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, Kₜ = 2.1, 90% survival, maximum stress, Razavi et. al. : 2836|6|5|6
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, Kₜ = 2.1, 50% survival, maximum stress, Razavi et. al. : 2836|6|5|7
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, Kₜ = 2.1, 10% survival, maximum stress, Razavi et. al. : 2836|6|5|8
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, Kₜ = 2.1, 90% survival, maximum stress, Razavi et. al. : 2836|6|5|9
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, Kₜ = 2.1, 50% survival, maximum stress, Razavi et. al. : 2836|6|5|10
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, Kₜ = 2.1, 10% survival, maximum stress, Razavi et. al. : 2836|6|5|11
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, Kₜ = 2.86, 90% survival, maximum stress, Razavi et. al. : 2836|6|5|12
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, Kₜ = 2.86, 50% survival, maximum stress, Razavi et. al. : 2836|6|5|13
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, Kₜ = 2.86, 10% survival, maximum stress, Razavi et. al. : 2836|6|5|14
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, Kₜ = 2.86, 90% survival, maximum stress, Razavi et. al. : 2836|6|5|15
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, Kₜ = 2.86, 50% survival, maximum stress, Razavi et. al. : 2836|6|5|16
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, Kₜ = 2.86, 10% survival, maximum stress, Razavi et. al. : 2836|6|5|17
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, Kₜ = 3.37, 90% survival, maximum stress, Razavi et. al. : 2836|6|5|18
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, Kₜ = 3.37, 50% survival, maximum stress, Razavi et. al. : 2836|6|5|19
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = -1, axial, Kₜ = 3.37, 10% survival, maximum stress, Razavi et. al. : 2836|6|5|20
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, Kₜ = 3.37, 90% survival, maximum stress, Razavi et. al. : 2836|6|5|21
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, Kₜ = 3.37, 50% survival, maximum stress, Razavi et. al. : 2836|6|5|22
    FSN    (N):    laser powder bed fusion, notched : tested at 20 °C (68 °F), R = 0.1, axial, Kₜ = 3.37, 10% survival, maximum stress, Razavi et. al. : 2836|6|5|23
    FEN    (N):    wire + arc additive manufactured : tested at 20 °C (68 °F), R = -1, axial, horizontal, total strain amplitude, Syed et. al. : 2836|14|1|0
    FEN    (N):    wire + arc additive manufactured : tested at 20 °C (68 °F), R = -1, axial, horizontal, elastic strain amplitude, Syed et. al. : 2836|14|1|1
    FEN    (N):    wire + arc additive manufactured : tested at 20 °C (68 °F), R = -1, axial, horizontal, plastic strain amplitude, Syed et. al. : 2836|14|1|2
    FEN    (N):    wire + arc additive manufactured : tested at 20 °C (68 °F), R = -1, axial, vertical, total strain amplitude, Syed et. al. : 2836|14|1|3
    FEN    (N):    wire + arc additive manufactured : tested at 20 °C (68 °F), R = -1, axial, vertical, elastic strain amplitude, Syed et. al. : 2836|14|1|4
    FEN    (N):    wire + arc additive manufactured : tested at 20 °C (68 °F), R = -1, axial, vertical, plastic strain amplitude, Syed et. al. : 2836|14|1|5

return to listing

Tm₂O₃

    DLL    (N):    liquid : 2727|0|1|-1
    MTE    (N):    liquid : 2727|8|1|-1
    CTE    (N):    liquid : 2727|16|1|-1
    D      (N):    liquid : 2727|24|1|-1

return to listing

ULTEM 9085

    ESSC   (N):    fused filament fabrication, XY print direction : tested at 20 °C (68 °F), as-printed, tested to fracture : 2229|35|0|0
    ESSC   (N):    fused filament fabrication, XY print direction : tested at 20 °C (68 °F), annealed 24 h at 170 °C (338 °F), tested to fracture : 2229|35|0|1
    ESSC   (N):    fused filament fabrication, XY print direction : tested at 20 °C (68 °F), annealed 96 h at 180 °C (356 °F), tested to fracture : 2229|35|0|2
    ESSC   (N):    fused filament fabrication, XY print direction : tested at 20 °C (68 °F), average, tested to fracture : 2229|35|0|3
    ESSC   (N):    fused filament fabrication, XZ print direction : tested at 20 °C (68 °F), as-printed, tested to fracture : 2229|35|1|0
    ESSC   (N):    fused filament fabrication, XZ print direction : tested at 20 °C (68 °F), annealed 24 h at 180 °C (356 °F), tested to fracture : 2229|35|1|1
    ESSC   (N):    fused filament fabrication, XZ print direction : tested at 20 °C (68 °F), annealed 96 h at 180 °C (356 °F), tested to fracture : 2229|35|1|2
    ESSC   (N):    fused filament fabrication, XZ print direction : tested at 20 °C (68 °F), annealed 96 h at 170 °C (338 °F), tested to fracture : 2229|35|1|3
    ESSC   (N):    fused filament fabrication, XZ print direction : tested at 20 °C (68 °F), average, tested to fracture : 2229|35|1|4

return to listing

Y₂O₃

    DLL    (N):    liquid : 2732|0|1|-1
    MTE    (N):    liquid : 2732|8|1|-1
    CTE    (N):    solid : 2732|16|0|-1
    CTE    (N):    liquid : 2732|16|1|-1
    D      (N):    liquid : 2732|24|1|-1

return to listing

Yb₂O₃

    DLL    (N):    liquid : 2733|0|1|-1
    MTE    (N):    liquid : 2733|8|1|-1
    CTE    (N):    liquid : 2733|16|1|-1
    D      (N):    liquid : 2733|24|1|-1

return to listing

YBCO (New)

    DLL       :    solid : ab-direction : 15161|0|0|0
    DLL       :    solid : c-direction : 15161|0|0|1
    DLL       :    solid : polycrystal : 15161|0|0|2
    TC        :    YBCO coated conductor : 20 micron Ag layer : 15161|1|0|0
    TC        :    YBCO coated conductor : 35 micron Ag layer : 15161|1|0|1
    TC        :    YBCO coated conductor : 55 micron Ag layer : 15161|1|0|2
    RHO       :    YBCO coated conductor : 20 micron Ag layer : 15161|2|0|0
    RHO       :    YBCO coated conductor : 35 micron Ag layer : 15161|2|0|1
    RHO       :    YBCO coated conductor : 55 micron Ag layer : 15161|2|0|2
    MTE       :    solid : ab-direction : 15161|8|0|0
    MTE       :    solid : c-direction : 15161|8|0|1
    MTE       :    solid : polycrystal : 15161|8|0|2
    SH        :    YBCO coated conductor : 20 micron Ag layer : 15161|9|0|0
    SIGMA    :    YBCO coated conductor : 20 micron Ag layer : 15161|10|0|0
    SIGMA    :    YBCO coated conductor : 35 micron Ag layer : 15161|10|0|1
    SIGMA    :    YBCO coated conductor : 55 micron Ag layer : 15161|10|0|2
    CTE       :    solid : ab-direction : 15161|16|0|0
    CTE       :    solid : c-direction : 15161|16|0|1
    CTE       :    solid : polycrystal : 15161|16|0|2
    D         :    solid : 15161|24|0|-1
    TD        :    YBCO coated conductor : 20 micron Ag layer : 15161|25|0|0

return to listing

Zircaloy-4

    SSC    (N):    annealed : tested at 20 °C (68 °F), 0.001/s : 2380|4|0|0

return to listing

ZK60

    SSCC   (N):    homogenized : tested at 20 °C (68 °F), 0.001/s : 1705|12|1|0

return to listing

Zr - 0.14 Hf (wt%)

    D     (N*):    solid : 9039|24|0|-1

return to listing

ZrO₂

    DLL    (N):    liquid : 2735|0|1|-1
    MTE    (N):    liquid : 2735|8|1|-1
    CTE    (N):    liquid : 2735|16|1|-1
    D      (N):    liquid : 2735|24|1|-1

return to listing