Designing efficient workflow for vehicle aerodynamics, acoustics and thermal management
In the relentless pursuit of excellence, automotive manufacturers are continuously refining their development processes to achieve greater efficiency and innovation. Within this landscape, the optimization of aerodynamics and thermal management stands as a pillar, heavily reliant on cutting-edge computational fluid dynamics (CFD) tools and methodologies.
Join us as we dig into the world of CFD, where the convergence of new general-purpose computing on graphics processing units (GPGPU) hardware and more efficient workflow help designers earlier in the design cycle. Discover how the delicate balance between simulation accuracy and the strategic allocation of computational resources and financial investments is core to designing robust CFD workflows.
This webinar will showcase an advanced, hardware-agnostic platform engineered to tackle the complexities of modern vehicle development. Our solution offers scalability and versatility, facilitating the rapid generation of highly accurate aerodynamic and thermal simulations within compressed timeframes, all while ensuring repeatability and resilience across diverse computing architectures. Register now!
À propos des intervenants
Fred Ross
Responsable du développement commercial dans le secteur automobile, Domaine fluidique et thermique
Fred a commencé à travailler dans le domaine de la mécanique des fluides numérique en 1989 et a contribué à lancer l'utilisation de la CFD dans les applications automobiles. Il possède une vaste expérience de la collaboration avec les clients sur des applications telles que la simulation virtuelle du groupe motopropulseur, la gestion thermique des véhicules, l'aérodynamique et le confort thermique. Il a aidé à remplacer et à compléter les tests pour se pencher sur le développement numérique afin d'aider à réduire le délai et le coût de la mise sur le marché de nouvelles idées innovantes.
Simone Landi
Application Specialist Vehicle Aerodynamics
Simone started in 2013 as Dedicated Support Engineer for the multiphysics CFD code Simcenter STAR-CCM+, training and helping Automotive customers being successful with External Aerodynamics, VTM, Aeroacoustics and Water Management simulations.
Since 2022, he is the Application Specialist for Vehicle Aerodynamics at Siemens Digital Industries Software. In this role he is responsible for Best Practices, working closely with Development, Product Management and Customer Support to help with strategic projects, collecting and providing expert input to drive development of Simcenter STAR-CCM+ in the areas of Vehicle Aerodynamics, Aeroacoustics and Water Management.