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发表时间：2022-10-10

发表刊物：计算力学学报

期号：2

页面范围：191-196

ISSN号：1007-4708

摘要：Based on Advancing Front Technique (AFT) combined with a Delaunay method,a new decoupling parallel mesh generation algorithm for two dimensional region is proposed.The main idea of the algorithm is along the inertia axis of geometry domain by using extended AFT-Delaunay algorithm,and the domain is divided dynamically into a plurality of mutually decoupled subdomains.The algorithm uses the OpenMP multi-thread method to allocate the subdomains to multiple CPUs,and subdomain meshes are generated in parallel.The mesh generation within subdomains reuses AFT-Delaunay algorithm,which ensures the quality,speed and consistency of mesh requirements.Since the interface wall mesh is generated firstly,the mesh generation of each subdomain is completely decoupled from each other,so the parallel mesh generation processes run without communication.The proposed method overcomes the mesh quality degradation problem of the parallel interface and has good parallel speedup,which is able to fully automatically generate high-quality triangular mesh with highly efficiency in parallel manner.

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