Finding the perfect trade-off for electric vehicle chassis engineering

Designing a vehicle involves many parameters and their interactions. In electric vehicle development, the focus is typically on the electric drive, the battery, and their performance improvement. However, other vehicle systems correspondingly contribute to EV optimization and require the attention of manufacturers.

This webinar focuses on the challenges of electric vehicle chassis engineering and how to anticipate these. It discusses how to find the perfect trade-off between ride, handling, and comfort while considering energy optimization, NVH, and durability.

Measuring, modeling, and comparing EV systems and components to reach the ideal balanced chassis performance

Electric vehicle chassis engineering experts need an EV-specific benchmark, as well as the expansion of the use of predictive models early in the design phases to set component specifications for suppliers.

This can be resolved by using scalable simulation models with appropriate levels of detail for each performance and at each stage of the development. It allows for detailed component and subsystem design while keeping system integration in mind. These scalable models need to capture fundamental design changes on tire level, chassis level, and body level, accounting for different battery pack choices, chassis layout variation, and matching tire choices.

Physical, empirical, or machine-learned models can capture subsystem behavior for sharing status between departments and allow for multi-attribute balancing.

Simcenter solutions combine simulation and testing approaches with engineering insights and technologies to accelerate product development. It enables you to fast-track your chassis design and get it right the first time.

Join us and discover what electric vehicle chassis engineering has in store for you

Want to gain insights into delivering a competitive electric vehicle chassis design? Join the webinar and discover how to:

• Understand the specific challenges of designing the chassis of an electric car
• Connect people, technologies, and an integrated simulation & testing approach
• Find the right balance between conflicting attributes to get it right the first time
• Take advantage of our testing expertise - from high-fidelity driving dynamics and comfort set-ups to isolated key performance issues and suggest design changes
• Combine scalable models for system-level simulation with high-fidelity models that include real-time capabilities
• Benefit from our tire expertise for tire characterization, simulation, and testing
• Validate toolchains for scenario testing and department sharing