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MATERIAL PROPERTIES

Thermal Conductivity
Density
Viscosity
Electrical Resistivity
Heat of Combustion
Heat of Fusion
Elastic Modulus

Thermal Conductivity

Material Thermal Conductivity
  [W/m·°C]
Acetyl 0.23
Acrylic 0.14
Aluminum 2024-T3 190.4
Aluminum 3003 233.64
Aluminum 6061-T6 155.8
Aluminum 7079-T6 121.1
Beryllium QMV 147.1
Borosilicate glass 1.13
Borosilicate Tempax 1.13
Concrete 1.8
Copper - pure 392.9
Diamond 550
Douglas fir 0.11
Dow Corning 200 (350cSt) 0.159
Dow Corning 739 0.19
Dow Corning 93-500 0.15
Dow Corning Q3-6605 0.84
Epoxy (Epotek 353ND) 0.049
Epoxy (Masterbond 11A0) 1.44
Glass wool 0.04
Gold - pure 297.7
Helium 2.77
Ice 2.2
Iron 83.5
Lead - pure 37.04
Limestone 0.5
Magnesium AZ31B-H24 95.19
Magnesium HK31A-H24 114.2
Methane 0.303
Molybdenum - wrought 143.6
Nickel - pure 91.73
Nitrogen 0.146
Nylon 0.24
Platinum 69.23
Polycarbonate 0.2
Polypropylene 0.4
Polystyrene foam 0.36
Polyurethane foam 0.026
PTFE 0.24
SiC Alpha 77.5
SiC sintered KT 80
Silastic E 0.18
Silastic L 0.28
Silicone foam (Poron) 0.06
Silver - pure 417.1
Snow (light) 0.6
Snow (packed) 2.2
Soil (coarse) 0.52
Soil (dry w/ stones) 0.52
Soil (dry) 0.23
Soil (w/ 42% water) 1.1
Steel AISI 304 16.27
Steel AISI C1020 46.73
Tantalum 53.65
Titanium B 120 VCA 7.442
Tungsten 164.4
Water (4 degC) 0.603
White pine 0.11

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Density

Material Density
  [kg/m3]
Acrylic 1400
Air (2800 m) 0.98
Air (STP) 1.293
Aluminum 2024-T3 2770
Aluminum 3003 2700
Aluminum 6061-T6 2700
Aluminum 7079-T6 2740
Ammonia - liquid 682.1
Argon - liquid 1390
Beryllium QMV 1850
Borosilicate Ohara E6 2180
Borosilicate Tempax 2230
Concrete 2242
Copper - pure 8900
Dow Corning 200 (350cSt) 968
Fised silica 2200
Glass wool 64
Gold - pure 19320
Helium - liquid 125
Hydrogen - liquid 70
Iron 7830
Lead - pure 11340
Magnesium AZ31B-H24 1770
Magnesium HK31A-H24 1790
Methane - liquid 424
Molybdenum - wrought 10300
Neon - liquid 1200
Nickel - pure 8900
Nitrogen - liquid 804
Nylon 1700
Platinum 21450
Polycarbonate 1300
Polyethylene 2300
PTFE 1200
SiC Alpha 2975
SiC sintered KT 2975
Silver - pure 10500
Steel AISI 304 8030
Steel AISI C1020 7850
Tantalum 16600
Titanium B 120 VCA 4850
Tungsten 19300
Water (4 degC) 999.97
White pine 513

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Viscosity

Material Viscosity
  [N·s/m2]
Carbon dioxide (0°C, 101 kPa) 1.39E-05
Helium  (0°C, 101 kPa) 1.86E-05
Hydrogen  (0°C, 101 kPa) 8.35E-06
Methane (0°C, 101 kPa) 1.03E-05
Nitrogen (0°C, 101 kPa) 1.66E-05
Oxygen (0°C, 101 kPa) 1.92E-05
Water (0 degC) 1.75E-03

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Electrical Resistivity

Material Electrical Resistivity
  Ohm ·m
Aluminum 2017 4.00E-08
Aluminum 3003 4.00E-08
Aluminum 99.996% 2.66E-08
Copper - pure 1.67E-08
Nickel ASTM B160 1.00E-07
Steel AISI 304 7.20E-07
Steel AISI C1020 1.00E-07

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Heat Capacity

Material Heat Capacity
  [J/kg∙°C]
Acrylic 1006
Aluminum 2024-T3 963
Aluminum 6061-T6 963
Aluminum 7079-T6 963
Beryllium QMV 1884
Borosilicate glass 710
Concrete 1000
Copper - pure 385
Dow Corning 200 (350cSt) 1465
Ethanol (25°C) 2453
Gold - pure 130
Ice 2093
Iron 440
Lead - pure 130
Magnesium AZ31B-H24 1047
Magnesium HK31A-H24 544
Methanol (25°C) 2547
Molybdenum - wrought 293
Nickel - pure 461
Platinum 130
SiC Alpha 1300
SiC sintered KT 1340
Silica (0°C) 937
Silver - pure 235
Steel AISI 304 503
Steel AISI C1020 419
Tantalum 126
Titanium B 120 VCA 544
Tungsten 138
Water (4 degC) 4216

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Heat of Combustion

Material Heat of Combustion
  [MJ/kg]
Methane 55.7
Water (4 degC) 334

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Heat of Fusion

Material Heat of Fusion
  [kJ/kg]
Nitrogen 25.5
Octane 47.7

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Elastic Modulus

Material Elastic Modulus
  [Pa]
Aluminum 2024-T3 7.310E+10
Aluminum 6061-T6 7.310E+10
Aluminum 7079-T6 7.172E+10
Beryllium QMV 2.897E+11
Borosilicate Ohara E6 5.743E+10
Borosilicate Tempax 6.200E+10
Copper - pure 1.172E+11
Gold - pure 7.448E+10
Lead - pure 1.379E+10
Magnesium AZ31B-H24 4.483E+10
Magnesium HK31A-H24 4.414E+10
Molybdenum - wrought 2.759E+11
Nickel - pure 2.207E+11
Platinum 1.469E+11
SiC Alpha 4.760E+11
SiC sintered KT 3.320E+11
Silver - pure 7.241E+10
Steel AISI 304 1.931E+11
Steel AISI C1020 2.034E+11
Tantalum 1.862E+11
Titanium B 120 VCA 1.021E+11
Tungsten 3.448E+11

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