Introducing AI for NVH: how do you gather the data to train your models?

What if you could use data generated by simulation to speed up training for AI models? Simcenter Engineering Services has developed a VPA framework for massive data generation to aid in vehicle NVH engineering.

The end of physical prototype testing? Looking back at the Component-based Transfer Path Analysis and Virtual Prototyping masterclass series

Using virtual prototypes based on Component-based Transfer Path Analysis (C-TPA) methodology is helping NVH engineers reduce reliance on physical prototypes. Learn how Simcenter Masterclasses have help engineers gain experience via hands-on workshops and exchange ideas.

Stop and listen before you build it: Virtual Prototype Assembly and NVH simulation in Simcenter Testlab

With the new release of Simcenter Testlab 2406 Virtual Prototype Assembly, you can now increase the analysis detail level by saving the connection responses, allowing for more accurate and comprehensive insights.

The leverage effect: how to measure 50,000 FRFs in one day using Simcenter Testlab

Discover how to measure over 50,000 FRFs in just one day with Simcenter Testlab Impact Acquisition! Learn the secrets behind maximizing efficiency and tackling complex NVH testing challenges with ease.

VPA

Simcenter Testlab 2206: Virtual Prototype Assembly (VPA)

With Simcenter Testlab VPA, Test and Simulation engineers can quickly explore the performance of several assemblies without the need for a physical prototype. This allows for design updates in the early phases of the development cycle.