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Abstracts
Dislocation Density-Based Modeling of Sub-Surface Grain Refinement
a.179
Dislocation-Based Constitutive Description for FCC Metals
a.180
Response of Multicrystalline Thin Films in Field Dislocation Mechanics
a.181
Predicting Dislocation Climb: Classical Modelling Versus Simulation
a.182
Dislocation-Based Mechanisms of Void Growth and Coalescence
a.183
Criticality of Relaxation in Dislocation Systems
a.184
Modeling the Creep Threshold Stress Due to Climb of a Dislocation
a.185
Dislocation-Based High-Rate Plasticity Model
a.186
Pipe-Diffusion-Based Dislocation Climb by Discrete Dislocation Dynamics
a.187
HomeDefect and Diffusion ForumDefects and Diffusion Theory and Simulation IIIDislocation-Based Mechanisms of Void Growth and...

Dislocation-Based Mechanisms of Void Growth and Coalescence

Page: A183

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