In 2021, Rimac and UberCloud forged a partnership, with a need for optimized innovation at its core. Rimac Technology engineers were running more and more simulations with an aging, on-premises high performance computing (HPC) cluster. While compute power continued to fall short, the demand for resources continued to grow exponentially.
Explore the benefits of ANSYS in the Cloud by withaeroelastic behavior and flutter instability of aircraft wings in subsonic flight using simulations.
This case study evaluates antenna performance and SAR using ANSYS HFSS, achieving faster simulations.
Discover the benefits of ANSYS in the Cloud for evaluating wind turbine performance using CFD, enabling fast and efficient simulation trials with minimal setup.
In this project, we calculated the KRISO containership's barehull resistance in the cloud. KCS is a standard benchmark in marine CFD with published data.
Vertical Axis Wind Turbines (VAWTs) are harder to model aerodynamically than horizontal designs due to varying wind velocities. The DMST method is inaccurate for precise estimates. CFD simulations, especially fully transient ones, offer better results.
The intake manifold design crucially impacts spark ignition engine performance. ANSYS Cloud and Simr HPC enabled fast, accurate simulations and optimal trade-offs.
This case study shows how ADC’s HPCFLOW computing resources allowed MantiumCAE to create a CFD simulation quickly for the Silvermine 11SR sportscar.
This Simr experiment, designed to better understand air bag inflation behavior under dynamic conditions, has added to that knowledge.
This Case Study applies Artificial Neural Networks to solve CFD problems. This decreases time-to-solution while preserving traditional CFD solver accuracy
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