Hybrid BE-FE Method Solver
IES's Hybrid Boundary Element/Finite Element (BE-FE) Method solver provides the right method
for your application.
Evaluate your 2D/RS electromagnetic problems with the Hybrid solver and stop worrying about
good open field results with finite element software, or correctly predicting non-linear
design characteristics with boundary element software.
The fast and powerful Hybrid BE-FE Method builds on conventional Boundary
Element and Finite Element only technology. Solve your 2D/RS EM design with the predictability
and confidence you need to make critical design choices.
The benefits are obvious:
One software easily applied to any magnetic problem for
the confidence you need to solve any model.
Incredible open field accuracy - never again accept spurious
or bad field results.
Excellent nonlinear problem accuracy for solving your
highly saturated problem with precision and ease.
Reduce mesh generation - apply a mesh faster, solve
the model in less time and with less storage space.
No artificial boundary or mesh in air required, simplifying
model setup and program ease of use.
Faster and more precise than BEM only or FEM only software,
the Hybrid model combines the strengths of both methods in a single program.
Note: Stay tuned for the release of our 3D Hybrid BE-FE Method solver...coming soon.
Technical Paper:
A Hybrid Magnetic Field Solver Using a Combined Finite
Element/Boundary Element Field Solver
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