Purpose
Provide a research solver that can test numerical formulations, boundary treatments, and coupled physics without depending on a commercial CFD package.
Research software / C++ / CPU/GPU / FEM
Torrentem
Torrentem is a parallel multiphysics solver library developed to support my PhD research in free-surface hydrodynamics, stabilized finite element methods, level-set tracking, and photopolymerization simulations.
- Status
- Closed source research code
- Core methods
- RBVMS, stabilized FEM, level set, nonlinear solvers
- Compute model
- CPU/GPU kernels, MPI partitioning, custom linear solvers
Methods and Tools
- C++ solver core with CUDA kernels for selected linear algebra and element operations.
- MPI mesh partitioning and ghost-state exchange for multi-node experiments.
- Finite element formulations for difficult transport and fluid-flow cases.
Current Limitations
The implementation is research code and remains closed source while methods, interfaces, and validation cases are still changing.
Related Tools
Ostium prepares geospatial inputs, Vadum is intended for result inspection, and Stratum connects photopolymerization simulations to printer-oriented build preparation.
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