Strength of Metals and Alloys: Proceedings of the ... International Conference, Volumes 1-3; Volume 5American Society for Metals, 1979 - Alloys |
Contents
A New Technique to Study CrossSlip in FCC Crystals | 3 |
The Grain Size Dependence of Mobile Dislocation Density | 4 |
Transition from Stage I to II in the WorkHardening | 17 |
Copyright | |
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Common terms and phrases
Acta activation energy alloys aluminum annealing applied stress austenite back stress behaviour Burgers vector calculated carbides cavitation cavity constant crack creep deformation creep rate creep tests cross-slip curves decrease diffusion dislocation density dislocation structure ductility dynamic recovery dynamic recrystallization elastic electron elongation equation experimental fatigue flow stress fracture fretting friction glide grain boundary high temperature increase initial interaction interface internal stress iron Karashima load loops low temperatures martensite material matrix measured mechanism metals microscopy microstructure nucleation observed obtained orientation parameters particles phase Phys plastic deformation precipitates primary quenched range regions relaxation room temperature screw dislocations shear stress shown in Fig shows single crystals slip bands slip plane solid solution specimens stage steady steady-state creep steel strain hardening strain rate strength stress exponent subgrain substructure superplastic surface temperature dependence tensile tion Trans twinning values wear rate work-hardening yield stress