Automation, simulation, and offline programming strategies can help manufacturers overcome workforce shortages, improve efficiency, and build digital twins that optimize production workflow.
Thermal modeling uses heat transfer and fluid dynamics equations to estimate how temperature changes within a system over time. This simulation allows packaging designers to predict how a solution ...
"Today's most advanced products—from AI hardware to industrial machinery—are more complex, integrated, and engineering-intensive than ever before," said Neil Barua, President and CEO, PTC. "By ...
Innovations in Very Deep Sub-Micron technologies, such as the advent of three-dimensional FinFET transistor structures, have facilitated the implementation of very large embedded SRAM memories in ...
Traditional verification methods are proving inadequate for addressing critical reliability challenges in today’s increasingly complex integrated circuit (IC) designs. Modern IC design requires a ...
Simulating the real world is a tremendously complex problem if you want to do it at any useful level of fidelity. Traditional techniques are holding back design teams at vehicle and aerospace ...
The top left image depicts discretizing a model into representative laminate volume elements (RLVEs) using a customization of Hypermesh, where each RLVE consists of a distinctive laminate layup.
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