Flow Solver & SDK.
Robust and extensible thermal-flow solution for high-fidelity simulation needed in the aerospace, electronics, automotive, and turbomachinery domains
Fully coupled and flexible
The Flow solver is an unstructured, all-speed Navier–Stokes solver capable of handling a wide range of incompressible and compressible flow regimes over complex geometries.
Its fully coupled numerical approach makes it suitable for both steady-state and transient simulations across a broad spectrum of time-step sizes.
Comprehensive and accurate
The Flow solver supports numerous RANS turbulence models, including those optimized for unstructured grids, ensuring wall accuracy without requiring additional boundary-layer meshing near walls.
A comprehensive set of physical models is available, including humidity, mixtures, passive scalars, particle tracking, and porous media, enabling application to diverse engineering challenges.
Boundary condition capabilities
The Flow solver also provides advanced boundary condition capabilities such as periodic and cyclic conditions, rotating frames of reference, and simplified models for fans, pumps, screens, far-field, outflow, and blockages, offering a versatile toolkit for turbomachinery and other internal and external flow applications.
The solver is fully parallelized and integrated into Maya HTT’s multiphysics framework, allowing seamless coupling with TMG for conjugate heat transfer and thermo-mechanical analyses.
Frequently asked questions
What is Maya HTT’s Flow Solver & SDK?
Maya HTT’s Flow Solver & SDK is a robust and extensible thermal-flow solution for high-fidelity simulation. It is designed for engineering applications in aerospace, electronics, automotive, and turbomachinery domains.
What types of flow simulations does Maya HTT’s Flow Solver support?
Maya HTT’s Flow Solver is an unstructured, all-speed Navier–Stokes solver that can handle a wide range of incompressible and compressible flow regimes over complex geometries. It supports both steady-state and transient simulations across a broad spectrum of time-step sizes.
Does Maya HTT’s Flow Solver support turbulence modeling?
Yes. Maya HTT’s Flow Solver supports numerous RANS turbulence models, including models optimized for unstructured grids. These capabilities help ensure wall accuracy without requiring additional boundary-layer meshing near walls.
What physical models are available in Maya HTT’s Flow Solver?
Maya HTT’s Flow Solver includes physical models for humidity, mixtures, passive scalars, particle tracking, and porous media. These capabilities make it applicable to a range of engineering simulation challenges.
Can Maya HTT’s Flow Solver be coupled with thermal and multiphysics simulations?
Yes. Maya HTT’s Flow Solver is fully parallelized and integrated into Maya HTT’s multiphysics framework. It can be seamlessly coupled with TMG for conjugate heat transfer and thermo-mechanical analyses.