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Add stress based xfem crack extension #27659
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lynnmunday
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May 25, 2024
lynnmunday
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May 25, 2024
…nonlinear. Without timestep begin, it will not run for tests with no nonlinear solves. Without nonlinear, it will not update during xfem_updates Adding test for stress driven cutting and k driven cutting and a combination of both moving xfem 2d mesh cutter tests to their own directory closes idaholab#27659
lynnmunday
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May 25, 2024
…nonlinear. Without timestep begin, it will not run for tests with no nonlinear solves. Without nonlinear, it will not update during xfem_updates Adding test for stress driven cutting and k driven cutting and a combination of both moving xfem 2d mesh cutter tests to their own directory closes idaholab#27659
lynnmunday
added a commit
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May 25, 2024
…nonlinear. Without timestep begin, it will not run for tests with no nonlinear solves. Without nonlinear, it will not update during xfem_updates Adding test for stress driven cutting and k driven cutting and a combination of both moving xfem 2d mesh cutter tests to their own directory closes idaholab#27659
lynnmunday
added a commit
to lynnmunday/moose
that referenced
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May 25, 2024
…nonlinear. Without timestep begin, it will not run for tests with no nonlinear solves. Without nonlinear, it will not update during xfem_updates Adding test for stress driven cutting and k driven cutting and a combination of both moving xfem 2d mesh cutter tests to their own directory closes idaholab#27659
lynnmunday
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May 26, 2024
…nonlinear. Without timestep begin, it will not run for tests with no nonlinear solves. Without nonlinear, it will not update during xfem_updates Adding test for stress driven cutting and k driven cutting and a combination of both moving xfem 2d mesh cutter tests to their own directory closes idaholab#27659
lynnmunday
added a commit
to lynnmunday/moose
that referenced
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May 27, 2024
…nonlinear. Without timestep begin, it will not run for tests with no nonlinear solves. Without nonlinear, it will not update during xfem_updates Adding test for stress driven cutting and k driven cutting and a combination of both moving xfem 2d mesh cutter tests to their own directory closes idaholab#27659
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Motivation
The XFEM meshcut user object uses a lower dimensional mesh of the crack to tell xfem where to cut elements. There is currently an interaction integral method for growing the existing meshcut mesh. In some cases, we also need to use stress to move grow the crack/meshcut mesh.
Design
Create a new volume average stress vector postprocessor similar to the interaction integral vpp that can be used to grow the crack.
Impact
Cracks will be able to grow in regions with high stresses where the interaction integral cannot represent the crack fields.
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