Mechanical Behaviour of Materials: Proceedings of the Third International Conference Held in Cambridge, England, 20-24 August 1979, Volume 3Keith John Miller, R. F. Smith |
Contents
HIGH TEMPERATURE DEFORMATION AND FAILURE | 3 |
Crack propagation in metals during thermal shock | 13 |
Fracture toughness of nodular cast iron | 19 |
73 other sections not shown
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Common terms and phrases
alloy analysis axis behaviour brittle calculated cast iron cement ceramics CFRP cleavage composite materials concrete constant constraint crack extension crack front crack growth crack length crack propagation crack tip craze creep curve cycles damage debonding deformation delamination ductile effect elastic equation experimental fatigue fibre flaw flexural strength fracture mechanics fracture surface fracture toughness glass grain graphite impact increase indentation initial interface laminates layer linear elastic loading matrix measured mechanical properties microcracking microstructure mode modulus mortar nodular cast iron notch observed obtained particles pearlite phase plane plane strain plastic zone plate Poisson's ratio Polymer range ratio reinforced resin room temperature Scots Pine shear shown in Fig shows specimen steel fibers strain energy strain rate stress field stress intensity factor structure Table tensile strength tensile stress tension thermal thickness transformation temperature transverse uniaxial values volume fraction weld metal wood ZrO2