Plastic strain localization in metals: origins and consequences Controlling influences of temperature, strain rate, grain size and deformation mode on strain localization are evaluated Relations are established between otherwise apparently disparate variations in phenomena, materials, applied conditions, and size scales
Plastic strain localization in metals: origins and consequences Plastic strain localization significantly influences mechanical behavior and structural applications of metals The article reviews mechanisms of plastic strain localization, including dislocation dynamics and its impact on fracture and fatigue
Plastic strain localization in metals: origins and consequences Controlling influences of temperature, strain rate, grain size and deformation mode on strain localization are evaluated Relations are established between otherwise apparently disparate variations in phenomena, materials, applied conditions, and size scales
(PDF) Plastic strain localization in metals - ResearchGate The macrolocalization of plastic strain in samples of zirconium alloys with hexagonal close-packed structure under uniaxial tension was studied by laser speckle interferometry and surface
Progress in Materials Science - ScienceDirect Review articleFull text access Plastic strain localization in metals: origins and consequences Stephen D Antolovich, Ronald W Armstrong Pages 1-160 View PDF Article preview
Plastic strain localization in metals_origins and consequences Material characterizations are portrayed beginning fromthe macroscopic and extending down to the critical nanoscale Controlling inf l uences of temperature, strain rate, grain size anddeformation mode on strain localization are evaluated