Benchmark study finds quantile and z-score marking strategies most robust for adaptive mesh refinement in steady mechanics problems, with Dörfler effective at large parameters and Isolation Forest competitive only under generous settings.
A posteriori error estimation in finite element analysis.Computer methods in applied mechanics and engineering, 142(1-2):1–88, 1997
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Numerical experiments comparing P1 and P2 triangular elements against Q1 quadrilaterals in SIMP-based structural topology optimization, with accuracy assessed via a posteriori error estimation on cantilever, bridge, and beveled beam problems.
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Marking strategies for adaptive mesh refinement: An efficiency-focused benchmark study for steady solid and fluid mechanics problems
Benchmark study finds quantile and z-score marking strategies most robust for adaptive mesh refinement in steady mechanics problems, with Dörfler effective at large parameters and Isolation Forest competitive only under generous settings.
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Assessing Finite Element Choice in Structural Topology Optimization and A Posteriori Error Estimation
Numerical experiments comparing P1 and P2 triangular elements against Q1 quadrilaterals in SIMP-based structural topology optimization, with accuracy assessed via a posteriori error estimation on cantilever, bridge, and beveled beam problems.