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Different modes of crack deformation are predicted and discussed.
The formulation leads to a system of hypersingular integral equations whose unknowns are three modes of crack opening displacements.
There existed two different modes of crack initiation depending on applied stress level.
Expressions for stress concentration factors are given, the basic modes of crack growth are shown, crack tip plasticity is discussed and crack propagation rates calculated.
The prospective unit cells contain the information required to form a laminate, or woven, composite and record different modes of crack propagation.
Depending on material and details of cyclic loading conditions, fatigue damage develops and spreads by various modes of crack initiation and subsequent crack growth.
Similar(52)
All modes of cracking are analyzed rationally.
The initiation modes of cracks in FV520B-I welding seams were more than those of cracks in FV520B-I.
The mode of crack growth was transgranular for all test conditions.
Substantial differences are found in the mode of crack propagation based on these two criteria.
Load opening-mode I shown to be the predominant mode of crack propagation under plane-strain state, leading to the highest J-integral values calculated, followed by Mode III.
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