Aerodynamic forces in race car design
Engineers Australia
About this session
This presentation explores key aerodynamic principles of drag and downforce in high-performance racing vehicles, examining how these forces influence vehicle speed, stability, braking performance and cornering capability. Through practical examples from motorsport engineering, participants will develop understanding of how aerodynamic concepts are applied in real-world engineering contexts and the trade-offs involved in balancing aerodynamic efficiency with performance requirements.
Learning outcomes
How aerodynamic forces such as drag and downforce influence vehicle performance; how aerodynamic design affects vehicle speed, stability, braking and cornering; the engineering trade-offs involved in balancing aerodynamic efficiency and performance requirements; how aerodynamic principles are applied in motorsport and high-performance vehicle design.
Cost
In-person Non-Member: $30.00; Member: Free; Student Member: Free; Technical Society Member: $30.00; Guest Member: Free; Guest Non Member: $30.00
About the speaker
Hamid Hedayati is a structural engineer with a strong interest in engineering applications and motorsport aerodynamics. Selected as a 2026 Engineers Australia Ambassador for their ability to connect engineering with motorsport and inspire members.