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Difference between revisions of "Materials"
→Summary of Metal Properties: add Steel and Gold for comparison
(→Summary of Metal Properties: add Steel and Gold for comparison) |
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|Copper || 8900 || 100 || 339 | |Copper || 8900 || 100 || 339 | ||
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|Gold || 19300 || 120 || 318 | |||
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|Stainless || 7890 || 240 || 16.3 | |Stainless || 7890 || 240 || 16.3 | ||
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|Steel || 7850 || 285 || 48 | |||
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|Titanium || 4420 || 828 || 7.2 | |Titanium || 4420 || 828 || 7.2 | ||
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'''Thermal Conductivity''' - Watts per meter of thickness per degree Kelvin. The amount of heat (in watts) that moves through some thickness of material (in meters) given some difference in temperature between the hot side and cool side (in Kelvins). | '''Thermal Conductivity''' - Watts per meter of thickness per degree Kelvin. The amount of heat (in watts) that moves through some thickness of material (in meters) given some difference in temperature between the hot side and cool side (in Kelvins). | ||
Numbers from [http://www.makeitfrom.com makeitfrom.com] for 6061 aluminum alloy, yellow brass, architectural copper, 18/8 stainless steel, and grade 5 titanium. | Numbers from [http://www.makeitfrom.com makeitfrom.com] for 6061 aluminum alloy, yellow brass, architectural copper, 18/8 stainless steel, low carbon (mild) steel, and grade 5 titanium. Numbers for gold from Wikipedia. | ||