Digital Engineering reports on how design engineers can use simulation, computer-aided design, high-performance computing, PLM and 3D printing to optimize the design cycle.

Making Inroads in Automotive Additive manufacturing plays an increasingly supportive role under the hood and on the exterior in automotive and other vehicle applications.

The latest release of AutoCAD 2025 arrived in late March, marking the 39th major version of its flagship CAD software. As we have come to expect, the announcement lacked fanfare, and the new release ...

AI and ML Transforming Simulation Use of artificial intelligence and machine learning algorithms in FEA increase predictive performance, speed up processing time.

It’s good know the stress peaks and distribution of high stresses, but it’s better to know when they are meaningful. .

Digital Engineering reports on how design engineers can use simulation, computer-aided design, high-performance computing, PLM and 3D printing to optimize the design cycle.

Digital Engineering reports on how design engineers can use simulation, computer-aided design, high-performance computing, PLM and 3D printing to optimize the design cycle.

Rise of the AI Workstation Given the rapid interest in artificial intelligence, more workstation vendors are rising to meet demand.

meviy Expands CNC Turning Material Lineup Lineup now features new conductive and anti-static MC nylon options.

Digital Engineering reports on how design engineers can use simulation, computer-aided design, high-performance computing, PLM and 3D printing to optimize the design cycle.

Open-Source for AI Simulation and Modeling Industry experts weigh the pros and cons of using open-source models for artificial intelligence.