TRmesh - tetrahedral meshing for Rhino3D

TRmesh Purpose Statement

TRmesh is a tetrahedral mesher with rich features and high performance, specifically tailored for small and medium-sized architectural, manufacturing, and engineering offices. TRmesh enables accurate simulations for finite element analyses and heat transfer simulations.
Key Features:

Remeshing: TRmesh incorporates a robust remeshing algorithm that ensures superior mesh quality and resolution, for precise control over mesh density, enabling accurate simulations and analysis.
Speed: TRmesh handles meshes of up to one million elements in a few seconds, or faster. We understand the value of time in engineering workflows. TRmesh is engineered for efficiency, delivering lightning-fast mesh generation speeds without compromising on quality. This allows you to optimize your productivity and focus on other critical aspects of your projects.
Tailored for TRfem: TRmesh is designed with TRfem, our cutting-edge heat transfer solver for Rhino3D, in mind. It seamlessly integrates with TRfem, providing a seamless meshing experience that ensures compatibility and optimal performance for your simulations.
Innovative Inspiration: Drawing inspiration from Poisson disk sampling and Metropolis sampling, TRmesh incorporates approaches to fuzzy meshing. This ensures enhanced flexibility and adaptability, allowing you to tackle complex geometries with ease.

Screenshots

Examples

See the example site for basic usage examples of TRfem.

Purchase License

The trial license, obtained by downloading TRmesh, is free.

After it expires, a 6 months license including full updates is available. Please drop me an email.

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News

Version 0.1.7891.7825, available on the Rhino plugin manager and food4rhino, features three meshers: a grid-based one, a fuzzy one with remeshing, and a purely fuzzy one.

Terms and Usage Agreement

By using TRmesh, you agree to the Detailed terms and conditions for using TRmesh

Open Source Licenses

mmg is LGPL-licensed. As required, it is dynamically linked into TRmesh. https://github.com/MmgTools/mmg
ftwetwild is MPL2-licensed: https://github.com/wildmeshing/fTetWild

Contact

For all inquiries or support, please write us an email: mathias@mathiasfuchs.com