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Abstracts
Microstructural Modeling using Unified Dislocation-Density Framework
a.227
Effect of Dislocation Source Length on Yield Strength
a.228
Effect of the Local Environment upon the Mobility of Dislocations
a.229
Dislocation-Motion Induced Strain in Nanocrystalline Materials
a.230
Modelling of Short Fatigue Crack Growth using Dislocation Formulations
a.231
Dislocation Dynamics Simulation of Size Effect on Stress-Strain Behavior
a.232
Stress Exponent of Dislocation Climb Velocity
a.233
Dislocation-Source Shutdown and the Plastic Behaviour
a.234
Relativistic Effects in the Separation of Moving Screw Dislocations
a.235
HomeDefect and Diffusion ForumDefects and Diffusion, Theory and SimulationModelling of Short Fatigue Crack Growth using...

Modelling of Short Fatigue Crack Growth using Dislocation Formulations

Page: A231

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