Product Development
Computational Fluid Dynamics simulations help optimize product design by simulating fluid flow, heat transfer, and performance under real-world conditions. It reduces development time, cuts costs, and improves product efficiency, reliability, and innovation across various industries.
- Aerodynamic Optimization
- Thermal Management
- Automated shape optimization
- Forces due to flow
- From startups to Multinationals
- Machine learning for rapid testing
- Increasing efficiency
- Reduce testing efforts
- Virtual wind tunnel / towing tank
Use CFD simulations in product development
CFD has evolved from being a testing tool to becoming an integral part of product development, enabling engineers to design and optimize products from the ground up. By simulating fluid flow, heat transfer, and aerodynamic or hydrodynamic performance, CFD allows designers to predict real-world behavior early in the development cycle, reducing reliance on costly prototypes. This shift makes CFD a powerful tool for innovation, allowing rapid iterations and better-informed design decisions.
Airbox improvement
CFD simulations were used to optimize the performance of an airbox, aiming to maximize airflow while minimizing pressure loss and drag. Additionally, the pressure distribution across both carburetors was carefully balanced for uniformity. Considering space constraints, an optimal airbox design was developed using CFD analysis.
Electrical circuit
CFD simulations can be applied to electrical circuits, particularly in cooling systems for components like power electronics or batteries. By simulating airflow and heat transfer, engineers can optimize thermal management, ensuring components stay within safe temperature ranges, enhancing reliability and performance.
Why work with us on product development
We have contributed to numerous projects involving product development. We have been intensively involved in the design of rotating equipment such as water turbines and leaf blowers, as well as the optimization of mixing vessels, bioreactors, buffer tanks, and other products. In these type of projects, we collaborate closely with our clients to ensure the input to our models are accurately defined to address all relevant aspects. We review simulation results together with our clients and think along how to improve the product, ensuring that most value is extracted from the simulations. Rest assured, we always operate with strict confidentiality.