Solve complex NVH challenges across the development process with Simcenter
Predict, analyze and experience NVH performance early by integrating test data and CAE into a scalable, automated workflow that enables faster, more accurate engineering decisions.
In today’s product development landscape, increasing system complexity, shorter development cycles and the need for early design decisions are driving new challenges in noise, vibration and harshness (NVH) engineering. Traditional approaches relying on full physical prototypes limit the ability to identify root causes early, explore design variants efficiently and make confident decisions across development stages. At the same time, organizations must improve collaboration between testing and simulation teams while managing growing volumes of engineering data. As a result, engineers face challenges in accurately predicting NVH performance, reducing costly physical prototyping and gaining deeper insight into system behavior early in the design process
Leverage Simcenter for complex NVH performance issues
Simcenter™ hardware and software provide a comprehensive solution to predict, analyze and optimize NVH performance by combining physical testing and simulation within a unified, automated workflow. Using advanced transfer path analysis (TPA) and component-based approaches, engineers can identify root causes, virtually assemble systems and evaluate NVH behavior at any stage of development.
Read this solution guide to learn how Simcenter helps you gain complete insight into system NVH behavior, reduce reliance on physical prototypes through hybrid virtual prototyping, streamline data acquisition and analysis with automation, and enable faster, more confident engineering decisions across industries.