Fundamental Phenomena in the Materials Sciences: Proceedings

A. A. Griffith abrasion alloys applied stress brittle fracture carbide ceramics chromium cleavage constant crack initiation crack propagation creep critical zone cross slip curve decrease dependence dislocation ductile ductile fracture effect elastic elements embrittlement equation experimental failure ferrite fibers flaw introduction flaw tip flow stress fracture strength fracture surface G. T. Hahn grain boundary Griffith growth increase intergranular iron M. L. Williams magnesium oxide material matrix mechanism metals microcracks mode nucleation observed obtained occurs particles Phys plane plastic deformation plastic flow plastic zone PMMA polycrystal polycrystalline polymeric bodies polymers R. E. Mould R. G. Davies R. J. Stokes rheological room temperature Rosen rupture sample loading history semibrittle shear single crystals slip band slip character slip systems solids solution static fatigue steel strain rate stress concentration stress-concentration factor structure surface energy T. L. Johnston tensile tensile stress Trans transition temperature twin viscoelastic yield stress