Multibody dynamics (MBD) is critical for simulating interactions between interconnected rigid or flexible bodies, providing engineers with the insights needed to optimize system performance in automotive, electric vehicles (EVs), and rolling stock applications. MBD simulation allows for detailed analysis of mechanical systems, including suspension systems, powertrains, and vehicle dynamics, under real-world conditions. Accurate simulations help improve system performance, safety, and efficiency, while reducing the need for extensive physical testing.
Using SIMULIA, engineers can leverage advanced multibody dynamics capabilities to simulate the motion, forces, and stresses within a system, ensuring optimal performance under a range of conditions. By simulating real-world interactions, SIMULIA helps engineers identify potential issues early in the design process, enabling more efficient development and improved vehicle performance, durability, and reliability.
Benefits
Enhanced System Performance
Leverage multibody dynamics simulation to optimize the interaction of components, ensuring smoother and more efficient performance across automotive, EV, and rolling stock systems
Improved Safety
Simulate real-world forces in vehicle dynamics and suspension systems to improve safety features such as crash simulations and vehicle handling
Faster Time-to-Market
Use SIMULIA MBD simulations to validate designs digitally, reducing the need for costly physical prototypes and accelerating development
Cost Reduction
Minimize testing costs by utilizing MBD simulation to identify issues early in the design cycle, reducing the need for physical testing
Design Optimization
Optimize complex systems and enhance mechanical design by simulating component interactions and improving energy systems and drivetrain performance
Increased Durability
Use SIMULIA multibody dynamics to predict stress analysis and ensure long-term durability of vehicle components, from suspension to powertrain
What We Offer?
SIMULIA is a comprehensive simulation solution offering multibody dynamics tools that enable engineers to simulate the motion and forces within complex systems. It is widely used in automotive, electric vehicle, and rolling stock industries to optimize vehicle dynamics, drivetrain performance, and suspension system design. SIMULIA’s multibody dynamics simulation provides high-fidelity analysis of mechanical systems under realistic operating conditions, helping manufacturers to improve performance, safety, and reliability. By leveraging SIMULIA, automotive and transportation engineers can streamline design processes, enhance product durability, and reduce development costs through virtual testing and optimization.
Leverage Multibody Dynamics for Superior Designs
Use SIMULIA to simulate real-world forces and optimize vehicle systems for improved safety and durability.
