Bridging the Gap from Multiphysics Simulation to Digital Engineering

Seagate Technology, a leader in mass-capacity data storage solutions, is leveraging Ansys simulation and NVIDIA technology to develop future generations of its Mozaic hard drive technology

Ansys has announced that we are expanding our long-standing collaboration with NVIDIA to include exciting new opportunities in artificial intelligence (AI). Ansys will leverage the full stack of NVIDIA’s accelerated computing technologies to help engineers scale up their use of AI.

INNIO’s Jenbacher technologies deliver efficient, sustainable distributed heat and power for commercial, industrial, and municipal applications. Jenbacher engines are known for their efficiency and robustness and run on a broad range of sustainable energy sources.

Philips uses Ansys multiphysics simulation software across a broad range of physics domains: heat and flow, mechanics, dynamics, optics, electromagnetics, acoustics, and electronics design.

STMicroelectronics is using Intel Xeon Gold processors and Ansys HFSS to save time and money as it validates its innovative 60 GHz V-band products

By applying Ansys simulations at an early stage of testing design to replicate physical trial conditions, AFTC can identify areas of interest — whether a specific aircraft component or a real-world operating parameter — to ensure that its physical tests are focused and efficient.

ZF is enabling the next generation of mobility by developing systems and components they say can “see, think, and act” through hardware, software, and sensor technology.

Streamlining EV battery production using multiphysics simulation can drive down costs, boost efficiency, and increase consumer sales.

Ansys is constantly integrating new AI/ML algorithms to optimize simulation and related workflows. Now, in the latest release of Fluent software, CFD experts can easily optimize fluid flow simulations with minimal settings and without any optimization or AI/ML background.

See how Aptiv and Infineon use Ansys tools to deliver the connected systems — and systems of systems — that make software-defined vehicles possible.

Learn how coupling Ansys Rocky and Ansys Mechanical works, and find out more about cases in which this coupling can maximize your simulations.

PyAEDT is an open-source Python library that interacts directly with the application programming interface (API) of Ansys Electronics Desktop (AEDT) to make workflow automation simpler.

Learn how chip designers are breaking down barriers to 3D-IC development with novel multiphysics simulation capabilities.