Advanced Time Stepping Analysis for Modulation

Advanced time-stepping analysis methods are advanced analytical methods developed by SMT for NVH (Noise, Vibration, and Harshness) analysis of fluctuating systems. These methods calculate the impact of the system's fluctuating stiffness on NVH transmission paths by combining algorithms from the time domain and quasi-static approaches. The method offers the same level of accuracy as time-domain algorithms but is faster in terms of computation compared to them.

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EV-Drive

Automated Design of Electric Drive Systems and Optimization Strategies for NVH of Fluctuating Systems

Automated design of electric drive systems and optimization strategies for NVH of fluctuating systems are advanced design methods and tools developed by MSMT, integrating part geometry design, finite element meshing, NVH analysis, and optimization iteration into a single entity. It automatically performs the entire process from geometric parameter design to NVH analysis optimization iteration. This helps engineers design the most outstanding product structures, fully exploit product performance, and significantly improve work efficiency

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EV-Drive