The Mesh Workflows in Ansys Mechanical provide a structured and customizable approach for handling demanding meshing tasks, including the preparation and wrapping of complex or corrupt CAD. Rather than replacing the traditional meshing toolbox, the Mesh Workflows can be combined with established methods and newer capabilities such as AI-based shape analysis, mesh copy and mesh morphing to create a more efficient procedure for assemblies containing repeated parts, varying geometry and challenging topology.
Sprawdź, jak AI i Interfejs komunikacyjny otwiera dostęp do symulacji Ansys
What’s New in EDRMedeso Productivity Tools for Ansys Mechanical: H2 Update and AI Roadmap
In this Productivity Tools webinar covering the latest improvements to Bolt Toolkit, Weld Toolkit and Report Generator for Ansys Mechanical. We’ll explore updates to modelling, post-processing, reporting and reusable configuration workflows.
We’ll also examine how automation, AI copilots, PyMechanical and MCP are changing engineering workflows – and the challenges of maintaining control, traceability and engineering confidence. Discover how App DNA can provide a structured foundation for model review, advanced design point studies and governed AI-assisted workflows.
Discover how leading engineering teams use Ansys optiSLang to accelerate product development, automate design exploration, and make data-driven decisions with confidence.
Learn how intelligent optimization, robust design methodologies, and AI-powered workflows can reduce development risk, improve performance, and shorten time-to-market. Whether you’re an engineer, product developer, or engineering manager, this webinar will show how to turn simulation data into actionable innovation.
Structural design optimization enables engineers to create lighter and more efficient structures by combining physics‑based simulation with gradient-based optimization methods. In this webinar, we introduce structural design optimization workflows available in Ansys Mechanical, with a focus on practical application.
The session provides an overview of how topology, shape, and other structural optimization methods can be applied to static, dynamic, and thermal problems, and how optimized designs can be validated and brought back into a CAD‑ready form using Ansys workflows.
Od koncepcji do produktu z wykorzystaniem oprogramowania Ansys.
Przekonaj się, jak nowoczesne technologie symulacyjne pomagają projektować urządzenia IoT szybciej i pewniej. Dowiedz się, jak już na wczesnych etapach rozwoju produktu identyfikować potencjalne problemy, ograniczać liczbę kosztownych prototypów oraz skutecznie zwiększać niezawodność i wydajność projektowanych rozwiązań.
Discover how AI assistants, MCP server, and emerging capabilities in Zemax and Lumerical can streamline optical design and simulation workflows.
Artificial Intelligence is rapidly becoming an integral part of optical design and simulation. With recent developments across Ansys Zemax and Ansys Lumerical, engineers now have access to new AI-powered capabilities designed to support simulation setup, knowledge access, workflow automation, and design optimization.
In this webinar, you’ll get an overview of the latest AI developments in Zemax and Lumerical, including AI assistants, coding assistants, Model Context Protocol (MCP), and future roadmap developments. A simulation expert from Ansys part of Synopsys will be joining us to share insights into currect innovations and what’s coming next. Through practical examples and demonstrations, you’ll see how these technologies can be applied to optical design and photonics simulation workflows today.
In a world of changing supply chains, the ability to identify alternative materials quickly has become increasingly important. Systematic material selection provides a structured approach to evaluating substitutes while balancing performance, availability, cost, and sustainability.
In this webinar, we will introduce Ansys Granta Selector, a material selection tool. With Granta Selector, engineers can quickly identify alternative materials and compare them to make the right trade-offs.
Dowiedz się, jak wykryć źródła EMI, nieciągłości impedancji i krytycznych połączeń.
Take the Wheel, make it happen – at the Simulation Leadership Forum 2026
Technology rarely limits progress but leadership, alignment, and execution often do. It’s time take the wheel and dare to drive digital engineering, in a world that is changing faster than ever. It’s time to move from Inspiration to Execution!
Link to Simulation Leadership Forum web page
