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STAR-CCM+ is widely used in the simulation of Formula SAE Cars
External aerodynamics over a commercial truck showing flow streamlines colored by velocity magnitude
Solution adaptive mesh refinement - Supersonic flow around the SpaceX Falcon Launch Vehicle
Supersonic flow around the SpaceX Falcon Launch Vehicle with plumes and pressure on the surface
Aerodynamics of a golf ball showing pressure on ball and flow streamlines colored by velocity magnitude - Using Overset Mesh
Animation of AAV-7 amphibious vehicle during water entry
Animation showing AAV7 amphibious vehicle entering water - Simulation using Overset Mesh
LIC of flow around a Wankel Engine Rotor
Line Integral Convolution (LIC) plot of velocity vectors representing flow around a Wankel Engine rotor
Q-criterion around ROBIN body using Overset Mesh
Animation showing Q-criterion from blade rotation of a ROBIN body - Unsteady case using Overset Mesh
ROBIN body helicopter vorticity
Animation showing vorticity at mid-plane from rotating rotors around a ROBIN body helicopter - Unsteady case using Overset Mesh
Best Practices for Forced Convection Simulations, Series 1 Part 2
Webcast on Best Practices for Forced Convection Simulations, Series 1 Part 2 This webcast is the second in a two-part series detailing the simulation of forced convection electronic systems using STAR-CCM+. Best practices for each step in the process are discussed during the series. Part 2: Simulation settings, including solver choices Convergence criteria Viewing important results (in unique ways) Sanity checks (including expected variations due to changes such as altitude variations)

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