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Author's A direct hybrid finite element–wave based modelling technique for efficient analysis of poroelastic materials in steady-state acoustic problems
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directhybridfiniteelementwavebasedmodellingtechniqueforefficientanalysisofporoelasticmaterialsinsteadystateacousticproblems
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A direct hybrid finite element–wave based modelling technique for efficient analysis of poroelastic materials in steady-state acoustic problems
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efficientwavebasedmethodforsolvinghelmholtzproblemsin3dimensionalboundeddomains
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An efficient Wave Based Method for solving Helmholtz problems in three-dimensional bounded domains
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topologyoptimizationfor3phasematerialsdistributioninadissipativeexpansionchamberbyunifiedmultiphasemodelingapproach
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Topology optimization for three-phase materials distribution in a dissipative expansion chamber by unified multiphase modeling approach
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