The discrete element method DEM offers huge potential for the simulation of applications in the heavy equipment and the process industry. Thereby ensuring consistent results between GPU and CPU-based calculations. With those enhancements, we continue to enable you model the complexity of today’s products while going faster. This will significantly speed up your thermal analysis simulations, like DES transient cooling analysis at a turbine blade trailing edge.

Simcenter STAR-CCM+ 2210 also enables the GPU acceleration of the Segregated Energy solver with the Ideal Gas equation of state. Moreover, in version 2210 cutting-edge acoustic wave models have been made compatible with GPU hardware. With the porting of the Lighthill Wave model and the Perturbed Convective Wave model, you will experience rapid turnaround times of high-fidelity aeroacoustics simulations for applications such as side mirrors or HVAC ducts. Like for RANS and DES aerodynamic benchmarks continue to show significant speedups, energy and cost-saving potentials for high-fidelity turbulence modeling. You can now run high-fidelity Large Eddy Simulations (LES) on GPUs further extending GPU benefits for high-fidelity aerodynamics.

With Simcenter STAR-CCM+ 2210, we continue our porting efforts of solvers to leverage GPU-enabled acceleration.

At the same time, GPU-accelerated CFD simulations continuously prove to offer significant calculation speedups, energy, and cost savings. Aerodynamics, aeroacoustics and high-fidelity heat transfer are all resource-intensive challenges for Computational Fluid Dynamics (CFD).

Star ccm+ siemens