Advanced Tire Simulation Solution
Apply accurate tire modeling for vehicle performance simulation. Simcenter Tire helps you apply tire models to applications like vehicle handling and durability.
Simcenter Tire is an advanced tire simulation solution designed to provide engineers with insights into tire performance, durability, and behavior under various driving conditions. This software enables users to accurately predict tire behavior during all phases of the vehicle development process, from initial design and optimization to final validation and testing.
Simcenter Tire combines complex 3D tire models with high-fidelity finite element analysis to capture the interaction between the tire, the road surface, and the vehicle suspension system. The software supports a wide range of tire types, including passenger, truck, racing, and off-road tires, and includes advanced features such as tread wear, heat generation, and puncture resistance. With Simcenter Tire, engineers can quickly analyze 3D tire models under various loading and boundary conditions, and generate accurate predictions of tire performance metrics such as rolling resistance, cornering stiffness, and braking force. The software also provides valuable insight into tire durability, allowing engineers to optimize tire designs for maximum longevity under varying conditions. Simcenter Tire enables users to investigate the effects of different tire materials, including rubber compounds, fillers, and reinforcements, on tire performance and behavior. This allows for the optimization of tire materials for maximum durability, comfort, and safety, while minimizing manufacturing costs.
In addition to tire modeling and analysis, Simcenter Tire also provides a wealth of features for post-processing and visualization. Users can generate detailed reports and graphs for quick and easy data analysis, as well as 3D visualizations of tire behavior under various driving conditions.
Overall, Simcenter Tire is an essential tool for any engineer involved in tire design, development, or testing. Its advanced features and accurate simulations enable users to optimize tire designs for maximum performance, longevity, and safety, while minimizing costs and time-to-market.