Sports Industry Webcast Series

For the first time, Eindhoven University of Technology and KU Leuven have simulated the aerodynamics of a full peloton with Ansys Computational Fluid Dynamics on CRAY supercomputers. This world-record CFD simulation provides a series of brand new insights into the distribution of air resistance for cyclists inside the peloton. It shows that almost all current mathematical strategic models for breakaways in cycling are based on incorrect assumptions.

View this on-demand webinar to:

• See the power of the largest CFD modeling ever done in sports
• Learn about the challenges of meshing such an extreme geometry properly
• Understand the large impact of cycling aerodynamics on elite athletes
• Get valuable insight into how you can bike more efficiently during your next bicycle tour

不明显,体育的竞争ycling and speedskating have anything in common, until you look at the aerodynamics of cyclists and skaters. In each case, the lead athlete does more work in cutting through the air currents, while trailing athletes can experience some negative or positive effects of the leader’s wake. Previous CFD studies have demonstrated the various effects of “drafting” off a lead cyclist in the Tour de France and other competitions.

In this webinar, we will apply the lessons learned from cycling to speedskating through Ansys CFD studies. Join us to discover unexpected aerodynamic interactions between skaters competing against each other. We will also investigate the effects of specific skinsuit designs worn by the skaters to reduce air resistance, using both CFD and wind tunnel tests. Learn how CFD simulation, validated by experiments, can reveal formerly unknown aerodynamic effects and contribute to improved suit designs.