STAR-CCM+ is a best-in-class numerical simulation tool providing completely new approach to solving problems in the field of hydraulics and gas dynamics. This solution contains unique numerical algorithms and provides the user with a complete set of physical models for engineering calculations and analysis of product behavior in real operating conditions.
Key features:
- Working with geometry:
- Transferring geometry from CAD environment to STAR-CCM+ without loss of accuracy for subsequent meshing and other operations in STAR-CCM+;
- Main supported formats: SolidWorks, Parasolid, CATIA V4 & V5, Creo, NX, Autodesk Inventor, as well as PLM XML, 3DXML, JT Open, IGES, STEP, STL.
- Meshing tools for the most complex geometries;
- Large set of physical models: turbulent flows, models of multiphase and reactive flows, aeroacoustics, electrochemistry, electromagnetism, etc.;
- Solvers:
- Segregated solver, used for incompressible and weakly compressible streams;
- Coupled solver, used for compressible and high speed streams.
- Visualization tools and control of simulation parameters in calculation;
- Performance of scalable parallel computations on large computational grids (models consisting of one billion or more cells);
- Tracking the solution at any stage of the simulation with dynamic updates of the results.
Key benefits:
- Fully automated process to calculate the characteristics of the entire product as a whole;
- Reduction in design time;
- Reduction in labor intensity and production cost;
- Possibility to perform numerical simulations in the cloud.
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