Frequency Response Function measurements on permanent magnet rotors

How can engineers capture high-frequency FRF data on a permanent magnetic rotor and enable accurate FRF measurements more efficient models?

Master the vehicle NVH performance with a virtual prototype

I’m an extremely curious person. When I start something, I’m already picturing the result: how it will look, feel like,…

Simcenter Amesim electric machine modeling

Electric machine modeling and system integration

How a truly multi-disciplinary system simulation platform supports the early sizing, vehicle integration and control validation to balance performance, energy…

Why a vehicle sound simulator can help you define what should come after “vroom”

From VROOM … to Uh … Like anyone, I regularly get the question in private life: “What do you do…

Electric vehicle tire NVH: Solving the supplier-OEM puzzle

Learn how to overcome tire NVH challenges by utilizing a novel conceptual tire model that is easily interchangeable between auto OEMs and tire suppliers.

Acoustic trim main image

Efficient and accurate acoustic trim modeling with Simcenter 3D

Learn more about the powerful simulation capabilities in Simcenter 3D for acoustic trim using the FEMAO solver

Chauffeur opening care door

White Paper: High-frequency 0dB FRF testing

Learn how to characterize vehicle sound package in the high frequency range.

Making your historical NVH data work for you

What if, using machine learning, you could dig through all your old NVH data and retrieve your OEM road noise DNA, then reuse it for any future vehicle?

digitalization in product development

On-demand webinar: Frequency Response Function (FRF) testing

Showcasing 3 stories on how accurate FRFs datasets are measured and enables product engineers to build highly accurate virtual models.