Materials Science in Engineering |
Contents
Fundamentals of Metallic Structure | 1 |
Ordinary Elastic and Inelastic Behavior | 13 |
Fatigue Failure | 38 |
Copyright | |
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addition aggregate alloys aluminum amount anode application atoms attack band becomes bonds carbon cast cause cells cement cent changes chemical cold components composition compressive concentration concrete conductivity consists containing cooling copper corrosion creep crystal curve cycles decreases depends determined diagram diffusion direction dislocations ductility effect elastic electric electrons elements energy equilibrium eutectic failure fatigue force given glass grain boundaries greater hardening hardness heat important improve increases indicated ions iron known length less limit liquid load lower magnetic material mechanical melting metal methods mixing mold movement occurs orbits particles phase plane plastic plot position present produce properties pure reaction resistance result rubber shape shown in Fig similar slip solid solution steel strain strength stress structure substances surface temperature tend tensile thermal unit usually valence welding wood yield