Testing

Engineer's Guide to Simulation Aeroacoustics

Aeroacoustics is the study of noise generation due to turbulent fluid motion or the interaction of aerodynamic forces with surfaces. It is a branch of acoustics that focuses on how aerodynamic sound is generated, propagated, and transmitted to the environment. This guide provides an in-depth exploration of the specific challenges and techniques associated with aeroacoustic simulations.

Clipped-Voronoi Diagram Meshing for Scale-Resolving Simulations

Scale-resolving simulations, such as wall-modeled large eddy simulations, require high-quality meshes. In this webinar, we show you how to iterate Clipped-Voronoi Diagram meshes quickly and in a flexible and lightweight manner. We highlight several customer case examples where these meshes, coupled with CharLES, enabled high-quality WMLES at surprisingly modest mesh sizes.

Large Eddy CFD Simulation for Automotive Aerodynamics

Wall-modeled large eddy simulations (WMLES) of complex vehicle geometries offer highly accurate results but can be challenging in terms of speed and cost. In this on-demand webinar, learn how to maximize the throughput of these simulations with Fidelity CharLES and how GPU acceleration lowers the cost of using WMLES.

Learn How Cadence Is Powering the Future of Automotive Technology

Cadence is revolutionizing automotive technology by helping customers create cars that are faster and more efficient.

Fidelity CFD Pre-Processing and Meshing

One of the biggest challenges engineers face is that up to 80% of engineering time is spent on pre-processing and meshing. With Fidelity CFD, engineers can overcome this bottleneck. Advanced automation and best practices cut pre-processing and meshing time from days to hours, creating high-fidelity meshes with 100% viscous layer coverage.

Announcing Cadence Safety Solution and the Midas Platform...Turn Your Automotive Products into Gold

Cadence Accelerates Development of Mobile, Automotive and Hyperscale Systems with the Helium Virtual and Hybrid Studio