Metallurgy - 3: Physical Property, Ductility
label: ductility, elasticity, hardness, rockwell, brinell, malleabliity, toughness, fatigue, blast furnace, oxygen furnace, electirc furnace, alloy, alloying, aluminum
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Metallurgy - 3: Physical Property, Ductility
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| WARNING: Machine tools present a safety hazard. Improper operation can result in severe injury. These topics are for non-laboratory study only and are not to be used in conjunction with the operation of any tool or machine described herein. Never use a machine tool without the supervision of a qualified instructor. | ||||||||||||
| All metal*s are ductile : Metals can be melted and drawn into thin wires. Because of this property, metal*s are known as ductile. The ductility property follows from the malleability property (page 6). While being drawn into wires, metal*s are stretched. Because of the strong metal*lic bonds, the metal* atoms do not separate easily. Silver, copper, and aluminum are very ductile and very thin wires can be made out them. | ||||||||||||
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label: ductility, elasticity, hardness, rockwell, brinell, malleabliity, toughness, fatigue, blast furnace, oxygen furnace, electirc furnace, alloy, alloying, aluminum |
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