Proceedings |
Contents
On the Plastic Behavior of Polycrystalline Aggregates | 12 |
Relation Between Electrical Properties and Microstructure | 57 |
Grain Boundary Effects in Ceramics | 69 |
Copyright | |
12 other sections not shown
Common terms and phrases
aggregate aging alloy annealed appears applied assumed average becomes behavior bicrystals brittle carbide carbon ceramics chloride combined complete concentration constant crack creep curve decrease deformation density dependence described determined developed direction dislocations distribution ductility effect elastic electron energy equation experimental experiments field flow forces fracture function given glide grain boundaries hardening hardness higher hot-pressed important increase indicated initial lattice load loop macroscopic magnesium material maximum measured mechanical metals modulus moving nucleation observed obtained occurs operative orientation oxide particles plane plastic polycrystalline polymer possible precipitation predicted present produced properties pure range relations room temperature shear stress shown in Fig shows similar single crystals slip slip bands solid sources specimens spinel Stage steel strain strength stress-strain structure studies suggested surface tensile tension theory transition vacancies various volume yield