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.

TL data management blog Header

The crucial role of data management in achieving success 

Learn how to maximize the value of your data to develop your products successfully and more efficiently with Simcenter Testlab data management!

Boost confidence: simulating electric heavy equipment

Reassure the buyer their investment is solid by anticipating the efficiency of your electric powered machine

physical wind blade and its simulation counterpart with von-mises stress results overlayed.

The new revolution in testing: Simcenter 3D Smart Virtual Sensing and Model-based System Testing

Simcenter 3D Smart Virtual Sensing has revolutionized physical testing and simulation by leveraging the digital twin, find out more in this blog.

Efficient E-powertrain Measurement

Read a complete data acquisition workflow for analyzing e-powertrain operational measurements for NVH and e-efficiency with Simcenter solutions.

Automotive Testing International

Join us in Stuttgart! Automotive Testing Expo 2024

Don’t miss this opportunity to connect with industry experts, explore new technologies, and stay at the forefront of automotive testing innovation.

How to simplify your load data collection with Simcenter SCADAS RS

Learn about the flexible system access with the Simcenter SCADAS RS test data acquisition system and how to simplify your load data collection.

Measure the unmeasurable using Simcenter Testlab Virtual Point Transformation

Introduction As test engineers we often find ourselves facing challenges that seem unavoidable when it comes to capturing accurate data….

How to embed Executable Digital Twins into Physical Testing in 4 steps

Embed the Executable Digital Twin into physical testing to calculate engineering performance KPIs and correlate predictions with real measurements.