RBF-Based Geometry Morphing for Simulation and Design
Your gateway to advanced geometry control and simulation-ready mesh morphing. rbfCAE is a solver-independent platform built to accelerate design iterations, optimize shapes, and enable adjoint and FSI workflows — all without remeshing.
BENEFITS
Why choose rbfCAE to enhance your simulation workflow?
Mesh morphing without remeshing
rbfCAE allows engineers to apply complex geometric deformations directly to existing meshes, preserving topology and avoiding remeshing altogether. This ensures a robust and repeatable workflow across iterative design processes.
Solver independence
Use rbfCAE with any CAE solver. From CFD to FEA, the platform supports a wide range of mesh formats and integrates smoothly into your pipeline.
Parametric shape control
Turn any static geometry into a flexible parametric model. Control geometry with design variables linked to CAD or mesh points.
Adjoint-driven optimization
Integrate adjoint sensitivities into your morphing process for high-fidelity optimization. Combine surface sensitivities with interactive sculpting.
Real-time FSI morphing
Apply structural mode shapes dynamically to CFD meshes for one-way FSI simulations, ideal for applications like wind turbines or flexible body design.
Ready for ROM and VR
Generate design snapshots for reduced-order models. Explore geometry variation and performance in immersive VR environments.
WHAT rbfCAE CAN DO FOR YOU
Real shape control.
No remeshing.
No limits.
TAKE CONTROL OF SHAPE, PRECISION, AND PERFORMANCE.
Book a discovery meeting to learn more about rbfCAE.
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