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Titlebook: Numerical Methods for Flows; FEF 2017 Selected Co Harald van Brummelen,Alessandro Corsini,Gianluigi Book 2020 Springer Nature Switzerland

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A Study on the Performance Portability of the Finite Element Assembly Process Within the Albany Lanr traditional MPI-only simulations is achieved on multiple architectures including Intel Haswell CPUs, Intel Xeon Phi Knights Landing and IBM POWER8/NVIDIA P100 platforms. A scalability study also shows that performance remains reasonably close among all architectures. These results are obtained on
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A Multimesh Finite Element Method for the Stokes Problem,erlapping meshes. The discretization is based on a continuous–discontinuous function space with interface conditions enforced by means of Nitsche’s method. In this contribution, we consider the Stokes problem as a first step towards flow applications. The multimesh formulation leads to so called cut
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Density-Based Inverse Homogenization with Anisotropically Adapted Elements, here a standard density-based inverse homogenization technique with an anisotropic mesh adaptation procedure in the context of a finite element discretization. In this way, the optimized layouts are intrinsically smooth and ready to be manufactured.
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Andrzej Jaeschke,Matthias Möller damage detection algorithms are well-known techniques for structural health assessment. However, the lack of automated modal identification and tracking procedures has been for long a relevant limit to their extensive use. The development of several automated output-only modal identification proced
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