Dynamic analysis of complex transmission, driveline and e-drive systems for NVH, durability and life prediction
As the global vehicle market continues shifts to electrified vehicles, NVH signatures of transmission systems are becoming increasingly more prominent for customer satisfaction and approval of new technologies.
The ability to predict NVH, durability and component life earlier in the concept phase is paramount to ensure a timely deliverable of e-drive systems - a reliable software toolchain for virtual prototyping is required.
Through virtual engineering, we deliver more efficient automated processes, more accurate predictive analysis and real functionality.
Our approach not only accelerates development timelines through enhanced upfront virtual engineering processes but reduces risk through use of a digital twin as a predictive virtual physical model driving cost-savings throughout the entire development process.