New DFAN (Direct Field Acoustic Noise Testing) as a service to launch in US – Live demo on September 22, 2021

How many decibels (dB) are emitted during a spacecraft launch? According to NASA, the answer is up to 220 dB….

6 inspiring applications of CFD software for vehicle water management

Vehicle water management has become more important today than ever before due to the increase in autonomous and electric vehicles.

Hyundai’s model-based control strategy to improve NVH

What’s the first thing that comes to mind when you think of diesel engines? For me, it’s noise. Diesel engines…

If you can’t take the heat… Simulate it! Reducing VTM costs & time to market

Find out how to efficiently and accurately simulate VTM using Simcenter Engineering’s multi-fidelity workflows.

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.

Myth Busters

4 Myths about AI in CFD

As Artificial Intelligence (AI) has become more ubiquitous in our everyday lives, so too has confusion about what it is and what it means for engineers. The definition of AI and the role it will play in future product development is often dependent on who you ask.

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?

Are our inventions making us deaf?

The future of human invention will be quiet. In this blog post, we will explore how companies in the automotive and heavy equipment industries are using technology to make quieter, better products.

Tighter timeframes, tougher requirements, less stress? The argument for 1D-3D co-simulation

In today’s environment of fast-paced change, engineers need to find ways to minimize development time and cost while maximizing performance and reliability. A combination of 1D-3D simulation techniques is one way to achieve this.