featool-multiphysics

Run multiphysics simulations by unifying geometry, meshing, physics selection, and solver coupling within a single integrated platform workflow. This environment supports CFD and FEA orchestration to set up, execute, and visualize coupled physics problems without stitching together disparate tools.

Yes, FEATool integrates with OpenFOAM, FEniCS, and SU2 solvers. It orchestrates these external solver integrations for CFD and FEA alongside built-in solvers, enabling quick setup, execution, and visualization of comprehensive multiphysics simulations through Python or MATLAB APIs.

The best way to solve coupled PDEs for electromagnetics and heat transfer is using an integrated multiphysics platform. It supports physics selection and coupling in one environment, allowing you to define and execute complex coupled PDE problems efficiently.

Yes, you can use Python and MATLAB APIs to automate simulation setup, execution, and visualization. These APIs enable quick programmatic control over the multiphysics workflow and allow exporting results to ParaView or Plotly for postprocessing.

Visualize CFD and FEA results by exporting simulation outputs to ParaView or Plotly. The integrated platform supports comprehensive postprocessing requirements, enabling quick visualization of solver results directly through its Python or MATLAB APIs.

You need an end-to-end multiphysics platform when modeling coupled physics problems across multiple domains, reducing the need to stitch together disparate tools and workflows. It is essential for comprehensive setup, solver orchestration, and postprocessing in integrated simulations.