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H Dislocation distributions and hardening
High temperature plasticity of face centered
An analysis of some attractive dislocation
23 other sections not shown
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Acta activation energy alloys aluminium annealing applied stress austenite Burgers vector carbide carbon clusters copper Cottrell curve decrease deformation dipoles dislocation arrangement dislocation density dislocation loops easy glide effect electron microscopy equation ferrite FLEISCHER flow stress fraction glide plane grain boundary HAASEN hardening rate Hirsch impurity increase interaction interface internal friction interstitial iron long range stress low temperatures Mader manganese matrix mechanism metals micrographs microscope niobium niobium carbide nitrogen nucleation observed obtained occur orientation paper partial dislocations particles peak phase Phil Phys pile-ups region resolved shear stress room temperature screw dislocations Seeger shear stress shown single crystals slip bands slip line slip plane solid solution solute atoms solution treatment temperature specimens stacking fault energy stage steels strain rate strength strengthening stress field surface tensile theory thin foils tion transmission electron transmission electron microscopy vacancies work-hardening yield stress zone