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Engineering Material Properties

Listed by property:

Density, Elastic modulus, Electrical resistivity, Heat capacity, Heat of combustion, Heat of fusion, Heat of vaporization, Heat transfer coefficient, Kinematic viscosity, Poisson's ratio, Thermal Conductivity, Thermal expansion coefficient, Viscosity.

Density	Acrylic	1400	kg/m3
	Air (2800 m)	0.98	kg/m3
	Air (STP)	1.293	kg/m3
	Aluminum 2024-T3	2770	kg/m3
	Aluminum 3003	2700	kg/m3
	Aluminum 6061-T6	2700	kg/m3
	Aluminum 7079-T6	2740	kg/m3
	Ammonia - liquid	682.1	kg/m3
	Argon - liquid	1390	kg/m3
	Beryllium QMV	1850	kg/m3
	Borosilicate Ohara E6	2180	kg/m3
	Borosilicate Tempax	2230	kg/m3
	Concrete	2242	kg/m3
	Copper - pure	8900	kg/m3
	Dow Corning 200 (350cSt)	968	kg/m3
	Fused silica	2200	kg/m3
	Glass wool	64	kg/m3
	Gold - pure	1.93E+04	kg/m3
	Helium - liquid	125	kg/m3
	Hydrogen - liquid	70	kg/m3
	Iron	7830	kg/m3
	Lead - pure	1.13E+04	kg/m3
	Magnesium AZ31B-H24	1770	kg/m3
	Magnesium HK31A-H24	1790	kg/m3
	Methane - liquid	424	kg/m3
	Molybdenum - wrought	1.03E+04	kg/m3
	Neon - liquid	1200	kg/m3
	Nickel - pure	8900	kg/m3
	Nitrogen - liquid	804	kg/m3
	Nylon	1700	kg/m3
	Platinum	2.15E+04	kg/m3
	Polycarbonate	1300	kg/m3
	Polyethylene	2300	kg/m3
	PTFE	1200	kg/m3
	SiC Alpha	2975	kg/m3
	SiC sintered KT	2975	kg/m3
	Silver - pure	1.05E+04	kg/m3
	Steel AISI 304	8030	kg/m3
	Steel AISI C1020	7850	kg/m3
	Tantalum	1.66E+04	kg/m3
	Titanium B 120VCA	4850	kg/m3
	Tungsten	1.93E+04	kg/m3
	Water (4 C)	999.97	kg/m3
	White pine	513	kg/m3
Elastic modulus	Aluminum 2024-T3	7.31E+10	Pa
	Aluminum 6061-T6	7.31E+10	Pa
	Aluminum 7079-T6	7.17E+10	Pa
	Beryllium QMV	2.90E+11	Pa
	Borosilicate Ohara E6	5.74E+10	Pa
	Borosilicate Tempax	6.20E+10	Pa
	Copper - pure	1.17E+11	Pa
	Gold - pure	7.45E+10	Pa
	Lead - pure	1.38E+10	Pa
	Magnesium AZ31B-H24	4.48E+10	Pa
	Magnesium HK31A-H24	4.41E+10	Pa
	Molybdenum - wrought	2.76E+11	Pa
	Nickel - pure	2.21E+11	Pa
	Platinum	1.47E+11	Pa
	SiC Alpha	4.76E+11	Pa
	SiC sintered KT	3.32E+11	Pa
	Silver - pure	7.24E+10	Pa
	Steel AISI 304	1.93E+11	Pa
	Steel AISI C1020	2.03E+11	Pa
	Tantalum	1.86E+11	Pa
	Titanium B 120VCA	1.02E+11	Pa
	Tungsten	3.45E+11	Pa
Electrical resistivity	Aluminum 2017	4.00E-08	ohm*m
	Aluminum 3003	4.00E-08	ohm*m
	Aluminum 99.996%	2.66E-08	ohm*m
	Copper	1.67E-08	ohm*m
	Nickel ASTM B160	1.00E-07	ohm*m
	Steel AISI 304	7.20E-07	ohm*m
	Steel AISI C1020	1.00E-07	ohm*m
Heat capacity	Air	1006	J/kg*°C
	Aluminum 2024-T3	963	J/kg*°C
	Aluminum 6061-T6	963	J/kg*°C
	Aluminum 7079-T6	963	J/kg*°C
	Beryllium QMV	1884	J/kg*°C
	Borosilicate glass	710	J/kg*°C
	Concrete	1000	J/kg*°C
	Copper - pure	385	J/kg*°C
	Dow Corning 200 (350 cST)	1465	J/kg*°C
	Ethanol (25°C)	2453	J/kg*°C
	Gold - pure	130	J/kg*°C
	Ice	2093	J/kg*°C
	Iron	440	J/kg*°C
	Lead - pure	130	J/kg*°C
	Magnesium AZ31B-H24	1047	J/kg*°C
	Magnesium HK31A-H24	544	J/kg*°C
	Methanol (25°C)	2547	J/kg*°C
	Molybdenum - wrought	293	J/kg*°C
	Nickel - pure	461	J/kg*°C
	Platinum	130	J/kg*°C
	SiC Alpha	1300	J/kg*°C
	SiC sintered KT	1340	J/kg*°C
	Silica (0°C)	937	J/kg*°C
	Silver - pure	235	J/kg*°C
	Steel AISI 304	503	J/kg*°C
	Steel AISI C1020	419	J/kg*°C
	Tantalum	126	J/kg*°C
	Titanium B 120VCA	544	J/kg*°C
	Tungsten	138	J/kg*°C
	Water	4216	J/kg*°C
Heat of combustion	Methane	55.7	MJ/kg
	Octane	47.7	MJ/kg
Heat of fusion	Nitrogen	25.5	kJ/kg
	Water	334	kJ/kg
Heat of vaporization	Ammonia	1368	kJ/kg
	Argon	162.76	kJ/kg
	Helium	23.93	kJ/kg
	Hydrogen	451.9	kJ/kg
	Methane	577.4	kJ/kg
	Neon	87.03	kJ/kg
	Nitrogen	199.2	kJ/kg
	Water (100°C)	2258	kJ/kg
Heat transfer coefficient	Air v = 0 m/s	5.6	W/°C*m2
	Air v = 3.4 m/s	18.9	W/°C*m2
	Air v = 6.7 m/s	38	W/°C*m2
Kinematic viscosity	Air (101 kPa)	1.80E-05	m2/s
	Dow Corning 200 (350cSt)	1.12E-07	m2/s
	Water (0°C)	1.75E-06	m2/s
Poisson's ratio	Aluminum 2024-T3	0.33
	Aluminum 6061-T6	0.33
	Aluminum 7079-&6	0.33
	Beryllium QMV	0.03
	Borosilicate Ohara E6	0.195
	Borosilicate Tempax	0.22
	Copper - pure
	Gold - pure	0.42
	Lead - pure	0.42
	Magnesium AZ31B-H24	0.35
	Magnesium HK31A-H24	0.35
	Molybdenum - wrought	0.32
	Nickel - pure
	Platinum	0.39
	Silver - pure	0.37
	Steel AISI 304	0.29
	Steel AISI C1020	0.29
	Tantalum	0.35
	Titanium B 120VCA	0.3
	Tungsten	0.28
Thermal Conductivity	Acetyl	0.23	W/m*°C
	Acrylic	0.14	W/m*°C
	Aluminum 2024-T3	190.4	W/m*°C
	Aluminum 3003	233.64	W/m*°C
	Aluminum 6061-T6	155.8	W/m*°C
	Aluminum 7079-T6	121.1	W/m*°C
	Beryllium QMV	147.1	W/m*°C
	Borosilicate glass	1.13	W/m*°C
	Borosilicate glass (Tempax)	1.13	W/m*°C
	Concrete (sand & gravel)	1.8	W/m*°C
	Copper - pure	392.9	W/m*°C
	Diamond	550	W/m*°C
	Douglas fir	0.11	W/m*°C
	Dow Corning 200 (350cSt)	0.159	W/m*°C
	Dow Corning 739	0.19	W/m*°C
	Dow Corning 93-500	0.15	W/m*°C
	Dow Corning Q3-6605	0.84	W/m*°C
	Epoxy (Epotek 353ND)	0.049	W/m*°C
	Epoxy (Masterbond 11A0)	1.44	W/m*°C
	Glass wool	0.04	W/m*°C
	Gold - pure	297.7	W/m*°C
	Helium	2.77	W/m*°C
	Ice	2.2	W/m*°C
	Iron	83.5	W/m*°C
	Lead - pure	37.04	W/m*°C
	Limestone	0.5	W/m*°C
	Magnesium HK31A-H24	114.2	W/m*°C
	Magnesium AZ31B-H24	95.19	W/m*°C
	Methane	0.303	W/m*°C
	Molybdenum - wrought	143.6	W/m*°C
	Nickel - pure	91.73	W/m*°C
	Nitrogen	0.146	W/m*°C
	Nylon	0.24	W/m*°C
	Platinum	69.23	W/m*°C
	Polycarbonate	0.2	W/m*°C
	Polypropylene	0.4	W/m*°C
	Polystyrene foam	0.36	W/m*°C
	Polyurethane foam	0.026	W/m*°C
	PTFE	0.24	W/m*°C
	Quartz	1.32	W/m*°C
	SiC Alpha	77.5	W/m*°C
	SiC sintered KT	80	W/m*°C
	Silastic E	0.18	W/m*°C
	Silastic L	0.28	W/m*°C
	Silicone foam (Poron)	0.06	W/m*°C
	Silver - pure	417.1	W/m*°C
	Snow (light)	0.6	W/m*°C
	Snow (packed)	2.2	W/m*°C
	Soil (coarse)	0.52	W/m*°C
	Soil (dry w/stones)	0.52	W/m*°C
	Soil (dry)	0.23	W/m*°C
	Soil (w/42% water)	1.1	W/m*°C
	Steel AISI 304	16.27	W/m*°C
	Steel AISI C1020	46.73	W/m*°C
	Tantalum	53.65	W/m*°C
	Titanium B 120VCA	7.442	W/m*°C
	Tungsten	164.4	W/m*°C
	Water	0.603	W/m*°C
	White pine	0.11	W/m*°C
Thermal expansion coefficient	Aluminum 2024-T3	22.68	µm/m*°C
	Aluminum 6061-T6	24.3	µm/m*°C
	Aluminum 7079-T6	24.66	µm/m*°C
	Beryllium QMV	14.94	µm/m*°C
	Borosilicate E6 -30 to +70C	2.8	µm/m*°C
	Copper - pure	16.56	µm/m*°C
	Gold - pure	4.39	µm/m*°C
	Lead - pure	52.74	µm/m*°C
	Magnesium AZ31V-H24	26.1	µm/m*°C
	Magnesium HK31A-H24	25.2	µm/m*°C
	Molybvdenum - wrought	5.4	µm/m*°C
	Nickel - pure	12.96	µm/m*°C
	Platinum	9	µm/m*°C
	SiC Alpha	4	µm/m*°C
	SiC sintered KT	5	µm/m*°C
	Silver - pure	19.8	µm/m*°C
	Steel AISI 304	17.82	µm/m*°C
	Steel AISI C1020	11.34	µm/m*°C
	Tantalum	6.48	µm/m*°C
	Titanium B 120VCA	9.36	µm/m*°C
	Tungsten	4.5	µm/m*°C
Viscosity	Air (0°C,101 kPa)	1.71E-05	N*s/m2
	Carbon dioxide (0°C,101 kPa)	1.39E-05	N*s/m2
	Helium (0°C,101 kPa)	1.86E-05	N*s/m2
	Hydrogen (0°C,101 kPa)	8.35E-06	N*s/m2
	Methane (0°C,101 kPa)	1.03E-05	N*s/m2
	Nitrogen (0°C,101 kPa)	1.66E-05	N*s/m2
	Oxygen (0°C,101 kPa)	1.92E-05	N*s/m2
	Benzene (0°C)	9.12E-04	N*s/m2
	Carbon tetrachloride (0°C)	1.35E-03	N*s/m2
	Glycerin (0°C)	12.07	N*s/m2
	Kerosene (0°C)	2.96E-03	N*s/m2
	Mercury (0°C)	1.69E-03	N*s/m2
	Oil - light machine (0°C)	0.3534	N*s/m2
	Water (0°C)	1.75E-03	N*s/m2