Time Integration Method
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The time integration method is a dynamic analysis technique that numerically solves the behavior of a system at discretized time points.
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Advanced dynamic analysis can be performed with multi-sub-step methods.
Peridynamics
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Peridynamics is a powerful scheme for simulating fracture and damage in materials.
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We focus on investigating wave and crack propagation in impact on a peridynamics grid.
Material Point Method
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The Material point method is a meshless method that combines Lagrangian material particles with an Eulerian grid.
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Large deformation and contact can be treated effortlessly.
Beam Finite Element for Wire Rope
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Wire ropes represent a substantial category of significant engineering components.
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The investigation aims to develop a beam finite element for wire rope, employing a simplified modeling procedure to ensure a low computational cost.
Yarn-level cloth simulation
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Analyze realistic cloth behavior of complex knitted fabrics.
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Reduce computational costs for yarn-level fabric simulations using a data-driven approach.
