In situ SEM-DIC and EBSD measurements on cold-worked AA-5052 show crack arrest coincides with divergence of elastic and elastoplastic energy release rates as the crack-tip process zone expands beyond grain size.
The virtual crack extension method for nonlinear material behavior
3 Pith papers cite this work. Polarity classification is still indexing.
3
Pith papers citing it
representative citing papers
Checkerboarding under SIMP with linear elements localizes to multiaxial load-transfer regions as a discrete stiff substitute for penalized continuous intermediate densities, while uniaxial regions remain free of the pattern.
Two open-boundary modifications, inflow density relaxation and an outflow-limited particle shifting term, are shown to stabilize multiphase SPH channel-flow simulations at high density ratios and Reynolds numbers.
citing papers explorer
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In situ elucidation of mechanisms governing crack transition to plasticity arrest
In situ SEM-DIC and EBSD measurements on cold-worked AA-5052 show crack arrest coincides with divergence of elastic and elastoplastic energy release rates as the crack-tip process zone expands beyond grain size.
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On the Localization of Checkerboarding in Multiaxial Stress Regions under SIMP Penalization
Checkerboarding under SIMP with linear elements localizes to multiaxial load-transfer regions as a discrete stiff substitute for penalized continuous intermediate densities, while uniaxial regions remain free of the pattern.
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Versatile SPH Open Boundary Conditions for Multiphase Flows in Extreme Condition
Two open-boundary modifications, inflow density relaxation and an outflow-limited particle shifting term, are shown to stabilize multiphase SPH channel-flow simulations at high density ratios and Reynolds numbers.