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Simulation tools are widely accepted as foundational tools for industrial innovation and are being widely deployed to solve the grand challenges facing humanity. Siemens has sponsored this post.

Defense is in a race to innovate. Adversaries are compressing the time between technological discovery, development, fielding and adaptation. The U.S. defense acquisition system must respond by ...

A new 200,000-question benchmark from Carnegie Mellon University reveals that leading vision-language models perform at ...

The semiconductor industry has greatly simplified analysis by consolidating around a small number of models and abstractions, but that capability is breaking down both at the implementation level and ...

Although digital engineering has been around for years, its use within the Pentagon has been limited. The T-7A Red Hawk is one of only a handful of programs described as “radically digital." (Boeing) ...

Imagine you're building an unmanned aerial vehicle (UAV), a cutting-edge electric vehicle or a self-driving car. Not long ago, this would’ve meant years of physical ...

Meshes come in many forms and are one of the most important concepts for analyzing 3D models. Here’s how they work. To discretize partial differential equations (PDEs) for engineering simulation, ...

The numbers tell a story that most defence programme managers recognise immediately, even if they rarely say it out loud.

Insights gathered from several engineering-hosted events focused on engineering, simulation, AI, and testing point to a broader transition in industrial product development toward AI-accelerated and ...

As we enter 2023, the world economy is still recovering from the after-effects of COVID-19 and is in the midst of an energy crisis caused by the ongoing conflict in Ukraine. Consequently, the world ...