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Abstracts
Unifying Concepts in Dislocation Plasticity
a.632
Void Size Effect Based on the Taylor Dislocation Model
a.633
Wave Propagation through a Distribution of Dislocations
a.634
Wave Propagation through a Random Array of Pinned Dislocations
a.635
Work Hardening Model Based on Multiple Dislocation Densities
a.636
Activation Volume and Rate Sensitivity in Metals with Nano-Scale Twins
a.637
Atomistic Models of a Grain Boundary
a.638
Backscatter Diffraction Technique for Extracting Reliable Twin Statistics
a.639
Characterising and Controlling Surface Defects
a.640
HomeDefect and Diffusion ForumDefects and Diffusion in Metals - An Annual...Work Hardening Model Based on Multiple Dislocation...

Work Hardening Model Based on Multiple Dislocation Densities

Page: A636

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