Automotive
CFD (Computational Fluid Dynamics) is widely used in automotive design to optimize aerodynamics, cooling systems, and temperature regulation. CFD simulations can help reduce drag, improve fuel efficiency, enhance engine cooling, and ensure passenger comfort, accelerating development and boosting performance.
- External aerodynamics optimization
- Cooling of components
- Interior comfort
- Engine performance
- Air flow of appendices and ducts
- Machine learning for rapid testing
- Alternative to wind tunnel testing
- EV battery cooling
- Parametric design
Use of CFD simulations in Automotive industry
CFD applications in automotive design cover a wide range of areas. By simulating how air interacts with vehicle surfaces, CFD allows for the refinement of body shapes, wheel designs, and spoilers to reduce fuel consumption, increase stability, and improve overall vehicle performance. Beyond aerodynamics, CFD also plays a key role in optimizing cooling systems for engines, batteries, and HVAC units, ensuring that components remain within optimal temperature ranges. Additionally, CFD can be used to simulate airflow within cabins, improving ventilation and passenger comfort.
Shape optimisation front wing
A prime example of shape optimization through CFD can be seen in motorsport, for instance in the design of front wings. CFD was used to optimize the front wing shape, reducing drag, improving downforce, and enhancing vehicle stability and handling. This allowed for precise design adjustments, resulting in improved overall performance without the need for expensive physical prototypes.
Air intake manifold
CFD simulations were used to design an air intake manifold by analyzing airflow patterns, pressure distribution, and turbulence. The simulations helped optimize the shape and size of the manifold for improved air delivery, reducing flow resistance and enhancing engine efficiency and performance.
Why work with us on Automotive
We have a strong interest in the automotive industry and experience with optimising several specific components such as air intake manifolds, brake cooling ducts and even an entire truck. As racing enthusiast we have a broad experience in motorsports, participating in international races and optimising our own vehicle design. With our extensive knowhow of vehicle aerodynamics, we can add value to your projects in the automotive industry.