Mechanics of Materials
基于配置力法的3D XFEM最小总能量裂纹扩展：偏转角迭代法
Minimum-total-energy crack propagation in 3D XFEM: a configurational-force-based kink-angle iteration methodA computational method for simulating crack propagation in three dimensions using the Extended Finite Element Method (XFEM) and configurational force theory to minimize total energy. / 一种基于扩展有限元法（XFEM）和配置力理论，用于模拟三维裂纹扩展并最小化总能量的计算方法。
- Knowledge type
- 工艺技术
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- Turkey Farm member
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- 农场主
- Last updated
- 2026-11-09 22:06:01
Sub-knowledge points
Configurational force-based kink-angle iterationMinimum-total-energy crack propagation3D XFEM implementation
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Main parameters and performance indicators
kink-angle iteration method: iterative algorithm for determining crack pathconfigurational force: driving force for crack propagation3D XFEM: numerical technique for modeling discontinuities
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ranked by community starsMinimum-total-energy crack propagation in 3D XFEM: a configurational-force-based kink-angle iteration methodOpen source
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1 recordsRecord title: Minimum-total-energy crack propagation in 3D XFEM: a configurational-force-based kink-angle iteration method.
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