van Huyssteen D, Rivarola FL, Etse G, Steinmann P (2025)
Publication Type: Journal article
Publication year: 2025
Book Volume: 435
Article Number: 117630
DOI: 10.1016/j.cma.2024.117630
The mesh flexibility offered by the virtual element method has made it increasingly popular in the context of adaptive remeshing. There exists a healthy literature concerning error estimation and adaptive refinement techniques for virtual elements while the topic of adaptive coarsening (i.e. de-refinement) is in its infancy. The notion of a quasi-optimal mesh is based on the principle of quasi-even error distribution over the elements which inherently relies on localized refinement and coarsening techniques. Thus, necessitating a fully adaptive remeshing procedure. In this work a novel fully adaptive non-hierarchical remeshing procedure for the virtual element method is presented for two-dimensional elastic problems. Additionally, novel procedures are proposed for the identification of elements qualifying for refinement or coarsening based on user-defined targets. Specifically, a target percentage error, target number of elements, or target number of nodes can be selected. Numerical results demonstrate that the adaptive remeshing procedure can meet any prescribed target while creating a quasi-optimal mesh. The proposed fully adaptive procedure is of particular interest in engineering applications requiring an efficient simulation of a given accuracy, or desiring a simulation with the maximum possible accuracy for a given computational constraint. Numerical results additionally demonstrate the suitability of the fully adaptive procedure for dynamic problems.
APA:
van Huyssteen, D., Rivarola, F.L., Etse, G., & Steinmann, P. (2025). Quasi-optimal mesh generation for the virtual element method: A fully adaptive remeshing procedure. Computer Methods in Applied Mechanics and Engineering, 435. https://doi.org/10.1016/j.cma.2024.117630
MLA:
van Huyssteen, Daniel, et al. "Quasi-optimal mesh generation for the virtual element method: A fully adaptive remeshing procedure." Computer Methods in Applied Mechanics and Engineering 435 (2025).
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