In this page, we collect physical quantities of typical materials.
We hope that you utilize these quantities for editing configuration files for numerical simulations.


Physical quantities of typical materials


Material Young's modulus [Gpa] Poisson's ratio [dimensionless] Hamaker constant [zJ] Surface tension [N/m] Density [kg/m3] Kinematic viscosity [m2/s]
Diamond 1220 0.2 296 3520
Copper 117 0.355 284 8940
Gold 74 0.42 - 0.44 455 19300
Silver 82.7 0.367 398 10490
Germanium 103 0.26 299 5323
Silicon 185 0.28 255 2329
Aluminum 70.3 0.34 154 2700
Aluminum oxide (Alumina) less than 400 0.23 150 3950 - 4100
Quartz 31 0.18 79.3 2500
glass 50 - 90 0.18 - 0.3 85.5 2400 - 2600
Polycarbonate 2.6 0.39 50.8 1200
Polyethylene 0.4 - 1.3 0.458 52.8 0.0316 900 - 960
Polystyrene 3 - 3.5 0.34 78 - 98 0.0343 1040 - 1065
Natural rubber less than 0.001 0.4999 85.8 0.032 910 - 930
Water 0.07275 996.56 0.857e-06
Benzene 0.0289 876.5 0.690e-06
Ethanol 0.02255 789 1.373e-06
Methanol 0.0226 791.8 0.705e-06
Mercury 0.476 13534 0.110e-06
Hexane 0.0184 654.8 0.456e-06
Cyclohexane 0.0253 779 1.160e-06
Acetone 0.0233 788
n-Pentane 0.016 626.38

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