The Relation Between the Structure and Mechanical Properties of Metals: Proceedings of the Conference Held at the National Physical Laboratory, Volume 1 |
Contents
APPLICATIONS | 4 |
H Dislocation distributions and hardening | 39 |
High temperature plasticity of face centered | 83 |
23 other sections not shown
Common terms and phrases
activation addition ageing alloys annealing appear applied approximately arrangement assumed atoms average Burgers vector clusters concentration copper creep curve decrease defects deformation dependence determined dipoles direction discussed dislocation density distance easy glide effect electron electron microscopy energy equation etch expected experiments field flow stress foil formation formed function give given glide grain boundary hardening higher Hirsch impurity increase indicate interaction iron lead length loops lower material measurements mechanism metals move nitrogen nucleation observed obtained occur orientation parallel particles Phil Phys possible precipitation present primary produced range recovery region relation room temperature screw dislocations secondary SEEGER shear stress shown shows similar single crystals slip bands slip line slip plane solid solution sources specimens stacking fault stage steels strain strength structure suggested surface Table temperature theory thin tion yield zone