From 5 Hours to 16 Minutes: Automating Blocked Force Testing for Efficient NVH Development

From 5 hours to 16 minutes: Automating blocked force testing for efficient NVH development

Discover how automated blocked force testing helps NVH teams accelerate development, improve measurement repeatability, and confidently predict vehicle-level noise and vibration behavior. With AutoCMX, engineers can turn component characterization into a scalable, production-ready process that supports faster design decisions and virtual validation.

The Executable Digital Twin runs continuously alongside the physical asset, predicting states that no sensor alone can observe.

The architecture of truth: How Siemens’ AI-powered Executable Digital Twin is rewriting the rules of industrial intelligence

Discover how Executable Digital Twin closes the gap between physical assets and real-time insight – using physics-validated AI to optimize energy, generation, and transmission.

Unlock testing excellence: Your monthly Simcenter physical testing update | August 2026

Discover the latest news from Simcenter Physical Testing that are transforming the way engineers approach testing. Check back regularly as we continuously update this blog with the freshest Simcenter Physical Testing news, tips, and insights.

Antenna design variants and radiation patterns optimized with Simcenter Feko and Simcenter HEEDS

Accelerate antenna design optimization with Simcenter Feko and Simcenter HEEDS

Explore how Simcenter Feko and Simcenter HEEDS work together to automate antenna design exploration and optimization, from parameterized electromagnetic simulation to Pareto-optimal design evaluation.

Peekaboo! Uncover hidden structural dynamics using FBS Decoupling in Simcenter Testlab 2606

Structural dynamics can sometimes hide in plain sight, masking the true behavior of complex assemblies. Discover how FBS Decoupling in Simcenter Testlab 2606 helps engineers isolate subsystem dynamics, uncover hidden structural characteristics, and gain deeper insight for more confident engineering decisions.

Redefining the backbone: How body engineering becomes the structural intelligence layer for faster, more confident decisions

Body engineering is no longer just about designing the vehicle structure. It has become a structural intelligence layer that connects safety, NVH, weight, manufacturability and sustainability decisions from the earliest concept stages.

Simcenter physical testing: Valuable monthly archive older than 12 months

This newspaper archive provides access to Simcenter physical testing blog articles overview published prior to the most recent 12 months….

Simcenter PhysicsAI Generate producing physics-aware novel design concepts for automotive hood

What’s new in Simcenter PhysicsAI 2026.1?

Explore what’s new in Simcenter PhysicsAI 2026.1: generative AI for engineering design, improved hotspot predictions, 5× faster training, SPH support, and more.

Balancing vehicle noise and vibration with e-efficiency for e-powertrains – a “multitasking challenge”

Electric vehicle e-powertrain development is a balancing act between efficiency, noise and vibration (NVH), cost, mass, and reliability. While efficiency directly influences vehicle range, NVH issues remain a major source of development challenges and budget overruns. This blog explores how engineers can assess e-efficiency and NVH simultaneously using a single synchronized measurement setup. By combining electrical, mechanical, acoustic, and vibration data in one test campaign, teams can directly correlate efficiency gains with NVH impacts, identify critical noise sources, and make faster, better-informed design decisions.