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Meshing & Geometry
Precise representation of structures can be done using accurate meshing and detailed geometry modelling.
Turbulence Models
Different turbulence model simulations help in the detailed understanding of fluid flow behaviour and patterns.
Advanced Physical Models
In-depth physical models address complex phenomena, allowing engineers to simulate real-world scenarios.
Porous Media Models
Efficiently simulate flow through porous materials for applications in filtration to geotechnical engineering.
Discrete Particle Models
Visualize and analyze the behaviour of discrete particles in fluid flow for applications like powder-based manufacturing.
Flow Definition Options
Make use of options for defining flow parameters for a wide range of scenarios in fluid dynamics simulations.
Thermal Modeling Options
Supports tools for simulating heat transfer, helping to represent temperature distribution.
Numerical Modeling Options
Diverse numerical modelling tools allow engineers to choose a suitable approach for simulations.
Fluid Modeling Options
Supports different options for fluid modelling to analyze real-world fluid behaviour in different industrial contexts.
Multi-Processor Computing
Uses multiple processors and CPU cores for increasing computational speed for efficient simulations.
Brand Name | FLOW SCIENCE |
Information | Based in Santa Fe, New Mexico USA, Flow Science was founded in 1980 by Dr. C. W. (Tony) Hirt, who was one of the principals in pioneering the “Volume-of-Fluid” or VOF method while working at the Los Alamos National Lab. |
Founded Year | 1980 |
Director/Founders | Dr. C. W. (Tony) Hirt |
Company Size | 1-100 Employees |
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