Ansys technology uses Universal Scene Description (OpenUSD) to seamlessly integrate with Omniverse technologies, enabling accessible and fluid workflows across diverse simulation applications. By leveraging the capabilities of the Omniverse platform directly from the Ansys interface, teams can innovate faster, tackle challenges head-on, and achieve research breakthroughs.
The agreement guarantees seamless interoperability between various computer-aided engineering (CAE) tools, enabling a unified and efficient workflow, essential for large-scale CFD applications. Visualizing fluid dynamics in physics-based digital environments allows engineers to analyze complex datasets more intuitively, resulting in smarter and faster design optimization, even for the most challenging engineering tasks.
Furthermore, the integration provides engineers with high-fidelity results, facilitating faster and more confident development, training, testing, and validation of autonomous systems. By automating scenario generation and exploration, these autonomous systems are continuously validated for safety, accuracy, efficiency, and reliability.
“Product development processes are becoming increasingly complex, so modern teams need a virtual environment that allows them to simulate, visualize, iterate, and collaborate,” said Walt Hearn, senior vice president of worldwide sales and customer excellence at Synopsys. “By integrating Omniverse’s advanced technologies and libraries, our customers are driving innovation in simulation-based workflows, enabling teams to achieve greater efficiency, performance, and scalability.”.
In addition, PyAnsys, a family of Python packages, allows users to customize and automate simulations within their own applications built with NVIDIA Omniverse. A prime example of this collaboration with NVIDIA is PyAnsys-Heart, a digital twin of the human heart that delivers transformative insights into simulations through an intuitive voice-to-text interface requiring minimal engineering knowledge.
“To address the complexity of modern engineering challenges, industries need physically accurate AI models, high-precision digital twins, accessible, high-resolution simulation tools, and physically accurate virtual environments to solve real-world problems and enable reliable performance predictions,” said Rev Lebaredian, vice president of Omniverse and Simulation at NVIDIA. “Combining the predictive capabilities of Ansys solvers with NVIDIA’s simulation technologies and libraries represents a game-changer for industries striving to accurately simulate reality.”.
