โ Scribed by R.K. Pandey; A.B. Patel
No coin nor oath required. For personal study only.
๐ SIMILAR VOLUMES
Ah&act--This work is aimed at developing a predictive capability for the quantitative assessment of crack growth under fatigue loadings. The crack growth rate relation, AalAN, may involve all three stress intensity factors k& such that the direction of crack growth may not be known in advance and mu
An experimental technique is developed whereby a personal computer is used to control a hydraulic servo-pulser testing machine and generate random loads for loading a fracture specimen. Thus giving a control over random load generation and hence random load history. This allows for the generation of
this paper the crack initiation under biaxial loading is studied. The crack extension angle and the critical stress of fracture are determined for various values of the crack inclination angle and for various values of the biaxial factor k. The Det.-criterion, developed by the author, was used. Acco