The engineering world happens all at once—physics doesn't take turns. Ansys Workbench is the platform that allows engineers to create accurate, multiphysics models and make informed design decisions efficiently. Recent releases (including the upcoming 2025 R2 and past R1 updates) introduce powerful new features centered on artificial intelligence (AI), speed enhancements, and improved usability across the integrated applications.
1. AI Integration and the Ansys Engineering Copilot
A standout new feature across the Ansys suite is the integration of AI and machine learning (ML) tools designed to assist engineers in real-time.
Ansys Engineering Copilot: This secure, robust virtual assistant is built directly into applications like Ansys Mechanical. It provides immediate, in-context answers, access to learning resources, and support submissions without disrupting the user's workflow. It leverages decades of technical support expertise to guide users efficiently.
AI-Powered Tools: The 2025 R2 release features new AI-powered tools designed to accelerate simulations and simplify adoption, helping teams explore more innovative design possibilities earlier in the process. Ansys SimAI 2025 R2 specifically introduces enhancements for streamlining model development and data handling.
2. Enhanced Meshing for Speed and Accuracy
Meshing is often a time-consuming part of the simulation process. Recent updates focus on making it faster, more intuitive, and more reliable.
Fluids Meshing Enhancements: Ansys Discovery 2025 R2 brings significant fluids meshing improvements, including "Sharp Edge Capture" options and body of influence controls, which enhance sharp feature resolution and optimize GPU memory usage.
Robust Structural Meshing Defaults: New defaults in the structural meshing refine stage improve robustness, especially for complex geometries with many holes, fillets, and thin solids, leading to a potential 50% reduction in mesh failures.
Electronics Reliability Workflow: A new "stacker mesh" feature in Ansys Mechanical improves the speed and accuracy of meshing complex electronics assemblies, such as stacked PCBs and solder balls.
3. Faster Solvers and Performance Gains
Ansys continues to focus on computational performance, allowing engineers to tackle larger, more complex problems.
Mixed Solver Technology: This new solver combines the robustness of direct solvers with the efficiency of iterative solvers, offering significant speedups on large transient models (up to 13X for some cases) and now supporting thermal analyses.
GPU Solver Enhancements: Ansys Fluent users can leverage native GPU solvers for faster solutions.
Workflow Speed Improvements: Updates in 2025 R1 showed substantial speed improvements in solution initialization time and model setup time, making nonconformal interface auto-pairing 6-10X faster than previous releases.
4. Streamlined Workflows and Usability
The core philosophy of Workbench is integration and ease of use. Recent improvements enhance the overall user experience:
Model-Based Systems Engineering (MBSE): The 2025 R2 release enhances MBSE capabilities with a new System Architecture Modeler Enterprise, improving integration of software prototyping and safety analysis.
Customization via Python: Users can further automate workflows and connect with Ansys solvers using the Application Customization Toolkit (ACT) and PyAnsys libraries, leveraging the power of Python scripting.
Modern User Interface (UI): Applications are receiving UI updates for a cleaner, more intuitive experience, such as the tabbed view in the Fluent launcher introduced in 2023 R1.
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