When most people think of computer simulations, they imagine sleek graphics or Hollywood-style animations. But for Tayfun ...

Because of its versatility, the technology can be applied to shape optimization and many other engineering tasks where solving partial differential equations on new shapes is repeatedly needed, said ...

For UINTAH, combining asynchronous tasking with Kokkos was crucial. One part provides resilience against delays and ensures that there is always work ready. The other part makes that execution ...

Because of its versatility, the technology can be applied to shape optimization and many other engineering tasks where solving partial differential equations on new shapes is repeatedly needed ...

How much faster could engineering progress with an artificial intelligence oracle that could answer any physics question?

Turing Launches New Teams Offering to Provide Enterprises with a Complete, Dedicated Development Team Solution for Complex Engineering Problems ...

A line of engineering research seeks to develop computers that can tackle a class of challenges called combinatorial optimization problems. These are common in real-world applications such as ...

The story highlights the dean's panel discussion, a special feature that happened on the first day of the international conference hosted at Rutgers Business School.

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New AI cracks complex engineering problems faster than supercomputers The shape-shifting technological solution could be a game-changer for engineering designs Date: December 9, 2024 Source: Johns ...