NIMS is using Ansys' materials solution, Granta MI, to analyze and select heat-resistant materials to improve both energy and thermal efficiency in aircraft engines and reduce CO 2 emissions Ansys' ...

A woman wearing a lab coat and dark goggles stands with her hands on the handles of a large piece of metal lab equipment with various tubes and flanges, and a man wearing a lab coat works at a glove ...

Modern jet engines operate in gas temperatures exceeding the melting point of their own components, surviving only through extreme materials science, hollow single-crystal blades, internal air cooling ...

Adaptive cycle engines are specially designed to alternate between efficiency and raw power—extending an aircraft’s range ...

The world’s heavy reliance on fossil fuels, especially for transportation, has left a deep mark on both the planet and public health. Burning these fuels releases a flood of greenhouse gases, which ...

In an age defined by global competition, geopolitical uncertainty and technological interdependence, the strength and resilience of the United States’ defense and aerospace manufacturing base are more ...

Is it possible to build a world-class air force on engines that crack, stall, and occasionally threaten to self-destruct mid-flight? For decades, China’s answer seemed to be a reluctant yes until a ...