3D Field Solver
Integrated meshing and adaptive mesh refinement for optimal accuracy and computational efficiency across complex geometries.
WaveFEM began as a hobby to understand electromagnetic simulation. We wrote the core simulation kernel from scratch, making it highly performant and easy to extend. Without the high overhead of a large company, we can offer this powerful software at a fraction of the cost, making it ideal for students, researchers, and engineers.
The core simulation code is finished and includes comprehensive electromagnetic simulation capabilities designed for accuracy and performance.
Integrated meshing and adaptive mesh refinement for optimal accuracy and computational efficiency across complex geometries.
Perfectly Matched Layers (PMLs) provide accurate absorption of outgoing waves for open-region electromagnetic problems.
Integrated near-to-far-field transformation enables accurate antenna pattern and RCS calculations from near-field data.
Advanced interpolation techniques for efficient frequency sweeps, reducing simulation time while maintaining accuracy.
Seamless integration with industry-standard CAD formats and powerful parametric design capabilities for rapid prototyping and optimization.
Import multi-object .step files, planar formats like .gds and .dxf, with a built-in substrate editor for complete design flexibility.
Comprehensive lumped and wave port support with integrated 2D eigensolver for both TEM and TE mode analysis.
Intuitive graphical interface for material and port assignment, streamlining the simulation setup process.
Create sophisticated parametric models using CadQuery scripts for design optimization and sensitivity analysis.
Join the next generation of electromagnetic simulation with our powerful, affordable solution.
Beta version releasing soon!