Automotive Aero-Thermal Multidisciplinary Optimization Using a Common Model

ansys 17 10X engineering simulationNow, armed with the ability to perform true multidisciplinary optimization, automotive aero-thermal engineers can be 10 times more productive!

Numerous aerodynamic and thermal aspects need to be considered while designing cars, trucks and all other ground vehicles. Aerodynamic drag forces need to be studied as they affect the vehicle’s fuel efficiency; underhood component cooling needs to be managed carefully to avoid damage from the engine’s heat; aeroacoustic effects have to be calculated to reduce undesirable noise; and cabin climate control needs to be optimized for passenger comfort. CFD simulation of each of these aspects requires different models and methods. Continue reading