The Nature and Properties of Engineering Materials |
Contents
ATOMS AND MOLECULES | 1 |
Interatomic and Intermolecular Forces | 11 |
STRUCTURE OF SOLIDS 32 | 32 |
Copyright | |
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alloy amount applied atoms becomes bond boundaries Calculate called carbon causing changes characteristic chemical completely composition compounds concentration considered constant containing cooling copper corresponding crystal crystalline curve decreases defects deformation density depends determined diagram diffusion direction dislocation distance effect elastic electrical electrons elements energy equal Equation equilibrium eutectic example factor FIGURE flow forces formation fracture friction given glass grain grain boundaries greater groups heat important impurities increases indices ions lattice length liquid lower material maximum mechanical melting point metals molecular molecules obtained occurs particles phase plane plastic polymer positive presence produce properties range ratio region relative represents resistance result shape shear shown slip solid solution steel strain strength stress structure surface surface tension temperature tension tion transition unit unit cell usually vacancies viscosity volume weight yield