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The results showed that the maximum in the defect concentrations obtained via M S analysis and the maximum crack growth rate are at the same DH content, thus relating electrochemical testing to stress corrosion cracking observations.
For the maximum crack growth retardation, the largest compressive residual stresses were measured in the region between an overloading point and the current propagating crack tip, for all three of the orthogonal directions.
Under dynamic compression, we show that the simulated peak strength is sensitive to the maximum crack growth velocity and the flaw distribution, while the stress collapse portion of the test is partially influenced by the granular flow behavior of the fully damaged material.
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Crack growth rate, ( frac{dc}{dN} ), at each crack length was computed.
Maximum specific growth rate (h−1).
The maximum subcritical crack growth velocity exhibits negative exponential increase, and mode-I fracture toughness 1gKIC decreases with the decrease of elastic modulus.
The existence of this maximum and the crack growth criterion (4) imply that no defect can grow if (8).
The time spent at maximum load produces higher crack growth rate than the same time consumed during loading or unloading ramp.
The results indicate that, at low load mixities, both the strain energy density criterion and the maximum stress criterion estimate similar crack growth directions; however, at high load mixities, the maximum stress criterion provides a closer estimation what is observed in experiments.
In order to investigate the crack growth direction, maximum tangential stress (MTS) criterion are used.
The effect of crack growth on maximum load was also estimated through the damage model.
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