Spurious peaks begone! A unique method to smooth measured FRFs for Frequency-based Substructuring

Spurious peaks in test-based component FRF data introduces challenges when relying on hybrid virtual prototypes. Learn how Simcenter Testlab offers a quick and elegant solution to eliminate spurious peaks for more accurate prediction results.

on demand webinars for test

Free on-demand webinars for testing communities

Find free on-demand webinars for testing communities; Learn how Simcenter Physical Testing can improve your product development.

Simcenter physical testing resources: Your essential overview

This comprehensive blog post is your one-stop shop for finding the right Simcenter Physical Testing resources. Here you’ll find links, descriptions, and guidance on the various Simcenter solutions for experimental testing, data acquisition, and more. Our goal is to make it simple for you to discover and leverage the full power of Simcenter’s physical testing suite.

Bicyclists riding MAHLE e-bikes

MAHLE cuts NVH characterization time by 80% for e-bike drivetrain and ensures end-of-line product quality

NVH characterization plays an important part for engineers developing an e-bike powertrain. Read how Simcenter helps MAHLE to streamline NVH characterization time by 80% for e-bike powertrains.

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.

Simcenter Testlab holiday workflow

See Santa’s Simcenter Testlab holiday workflow. In the spirit of the season, the Simcenter Physical Testing team has a special treat in store that captures the essence and the latest evolutions of our testing solutions. In fact, we thought all the testing engineers out there would appreciate a festive cheer with an engineering twist (yes, we’re proud die-hard testing geeks too).

An engineer's Christmas with impact testing copilot in Simcenter Testlab

Time to jingle the bells with AI-assisted impact testing!

Impact testing can be a slow, error-prone and often non-repeatable process. Read how using ai-assisted impact testing can help a test engineer perform impact tests faster, smarter, and more accurately—without the need to involve another peer to complete the task.

Accelerate and automate your in-field data collection process with Simcenter SCADAS RS & Simcenter Testlab Workflow Automation

Imagine you could fully automate your in-field measurement campaigns, from in-field data collection all the way to data processing. Wouldn’t that be nice?

Soft or solid? Latest technologies for controlling nonlinear dynamic mount stiffness in powertrain NVH prediction

Rubber mounts are indispensable in preventing structural excitations from reaching the cabin (and you!).
Unfortunately, rubber is also an incredibly non-linear material that makes it very difficult to predict its effectiveness. This blog explains how you can eliminate the uncertainty introduced by nonlinear dynamic mount stiffness when predicting (electric) powertrain NVH.