Fracture: Proceedings of the First Tewksbury Symposium, Held by the Faculty of Engineering, University of Melbourne, August 26th-30th, 1963Cyril John Osborn |
Contents
The Ductile Fracture of Metals | 28 |
Intergranular Creep Fracture R C Gifkins | 44 |
Fracture of Metals by Fatigue W A Wood | 62 |
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Common terms and phrases
A. H. Cottrell aggregate aluminium approximately atoms behaviour bi-crystals blunting bond strength breakage brittle fracture brown coal cavities cell wall cent chip cleavage compression concrete crack propagation curve cutting force cycles dislocations distribution ductile edge effect elastic equation experimental factors failure fatigue fibres flaws friction Gilvarry glass grain boundary Griffith grinding hematite hydrogen bonds impurity increase initial Inst jaspilite Laboratories layer load machine magnesium oxide material matrix mechanism Melbourne metal microcracks microfibrils modulus notch nucleation observed occur paper particles paste strength plastic deformation pores pressure properties quartz rake angle range reduced region rock room temperature rupture samples shear stress shown in Fig single crystals sliding slip bands specific energy specific fracture energy specimen steel strain rate structure surface tensile strength tensile stress tension tests theory tool Trans water/cement ratio wood yield stress Young's modulus zone