20de1cbaec4f44faac52281058294ec22f2b8343

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20de1cbaec4f44faac52281058294ec22f2b8343

Pulmunary Valve In-Silico Modeling

2023-02-16 13:45

Array() no author 82649

SimInSitu, in-silico, lifescience, pulmunary valve, 4RealSim,

Pulmunary Valve In-Silico Modeling

4RealSim has developed #finiteelementanalysis [FE] models for three different sizes of the Xeltis Pulmonary Heart Valve. The FE models are developed in a fully parametric manner by using the scripting capabilities of #abaqus /CAE. This enables to change the model parameters (geometry parameters, mesh parameters, assembly parameters, simulation parameters) automatically without any effort. The fully parametric and scripted models will later be used in verification and validation phases of the project.




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