Engineering Materials: An Introduction to microstructures, processing and designPergamon Press, 1980 - Materials |
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Page 7
... copper hardly corrodes in clean water , this is the obvious material to use . Although weaker than steel , copper plates 2.5 mm thick are strong enough to resist the working pressure , and there is no need for a separate corrosion ...
... copper hardly corrodes in clean water , this is the obvious material to use . Although weaker than steel , copper plates 2.5 mm thick are strong enough to resist the working pressure , and there is no need for a separate corrosion ...
Page 29
... copper - nickel , copper - zinc , gold - platinum , or even water - antifreeze . Some diagrams , like copper - nickel ( Fig . 3.6a ) , are simple ; others , like copper - zinc ( Fig . 3.6b ) are fairly involved ; and a few are ...
... copper - nickel , copper - zinc , gold - platinum , or even water - antifreeze . Some diagrams , like copper - nickel ( Fig . 3.6a ) , are simple ; others , like copper - zinc ( Fig . 3.6b ) are fairly involved ; and a few are ...
Page 65
... copper will understand this well . If the copper is tarnished the solder will just roll around as a molten blob with = 180 ° , and will not stick to the surface at all . If the tarnished copper is fluxed then may decrease to 90 ° : the ...
... copper will understand this well . If the copper is tarnished the solder will just roll around as a molten blob with = 180 ° , and will not stick to the surface at all . If the tarnished copper is fluxed then may decrease to 90 ° : the ...
Contents
Case Studies in Phase Diagrams | 31 |
1Diffusive Transformations | 52 |
Case Studies in Phase Transformations | 81 |
Copyright | |
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alloy aluminium amorphous atoms austenite bonds brittle carbon steels casting cell walls cement ceramics Chap Chapter components composition compression contains cooling copper crack cross-links crystalline crystals CuAl2 density diffusion dislocations dissolved driving force ductility energy engineering eutectic eutectoid Fe3C fibres foam fracture toughness Further reading give glass glass temperature grain boundaries hardening heat impurity interface iron lattice lead-rich lead-tin linear polymers liquid loading martensite material matrix mechanical melting point metal microstructure modulus molecules molten mould nucleation particles pearlite Peritectic phase diagram plastic plates polyethylene polymer precipitates pressure produced properties quenched reaction room temperature shape shown in Fig shows silica silicon sintering solder solid solution solidification soundboard stiffness strain stress structure surface Table tensile strength tensile stress thermal thermoplastics transformation two-phase typical viscosity weight weld wood yield strength Young's modulus zone