Ansys 2024 R2

Description

Lien de téléchargement de Ansys 2024 R2 : https://www.shopcom.tn/product/ansys-2024-r2/ Overview Ansys 2024 R2 is the second major release of the year, building directly on the foundation of R1 to further accelerate the journey toward pervasive engineering simulation. This release emphasizes practical, user-driven enhancements that deliver immediate value. The overarching themes are: Dramatic Workflow Acceleration: Focused on reducing simulation cycle times from days to hours through targeted performance boosts, deeper process integration, and task automation. Enhanced Multi-Physics Fidelity: Breaking down barriers between physics domains to provide more coupled, realistic simulations that reflect real-world product behavior. Democratization through AI and Cloud: Expanding the reach of simulation to a broader audience with AI-powered assistants, cloud-native applications, and streamlined user experiences. Ansys 2024 R2 delivers targeted, powerful updates across its portfolio. Below are the key enhancements in the major product categories. Key Product Highlights in Ansys 2024 R2 1. Ansys Fluent (Computational Fluid Dynamics – CFD) Meshing & Setup Productivity: Introduction of a Fluent Meshing Watertight Workflow for vehicle aerodynamics, automating the complex process of surface meshing, wrapper refinement, and volume meshing, cutting setup time from days to hours. Solver Performance: Continued GPU solver expansion, now supporting porous media and conjugate heat transfer (CHT) models, bringing the speed of GPU solving to electronics cooling and HVAC applications. Systems & Digital Twins: Enhanced co-simulation capabilities with Ansys Twin Builder, making it easier to create and deploy high-fidelity fluidic digital twins for system-level performance monitoring and prediction. Usability: Further refinements to the modern, ribbon-based UI for a more intuitive and consistent user experience. 2. Ansys LS-DYNA (Explicit Dynamics) Metal Forming & Manufacturing: Major enhancements for stamping and forming simulations, including improved die action modeling and more robust springback prediction, crucial for accurate virtual prototyping. Composites Modeling: Expanded capabilities for analyzing the crashworthiness of composite structures, including new material models and more efficient ways to model delamination and failure. Workflow Integration: Tighter integration within the Ansys Mechanical environment, allowing users to set up and solve complex explicit dynamics problems without leaving the familiar Mechanical interface. 3. Ansys Mechanical (Finite Element Analysis – FEA) Topology Optimization: A new Generative Design extension (beta) that allows engineers to automatically generate high-performance, lightweight design concepts directly within Mechanical based on structural constraints and manufacturing rules. Fracture & Fatigue: Significant improvements in Ansys nCode DesignLife for more accurate and faster fatigue life prediction, including new vibration fatigue algorithms and enhanced thermomechanical fatigue capabilities. Additive Manufacturing: New metrics for predicting voids and lack-of-fusion defects in laser powder bed fusion processes, providing deeper insight into print quality. Seamless Multi-Physics: Streamlined one-way and two-way coupling with Ansys Fluids and Ansys Electronics for thermal, vibration, and deformation analysis. 4. Ansys Electronics Desktop (Electromagnetics – EMAG) Ansys Avalon on Azure: The cloud-native EM solver is now also available on Microsoft Azure, in addition to AWS, giving customers flexibility in their cloud HPC provider. HFSS Solver Performance: Introduction of a new Distributed Solve option for certain array and large-platform problems, offering an alternative to DDM for efficient solving on HPC clusters. PCB & IC Package Analysis: Enhancements in Ansys RaptorX and Ansys Sentinel for faster and more accurate analysis of signal and power integrity in advanced 2.5D/3D integrated circuits and complex PCBs. Motor-CAD Integration: Tighter linkage between Ansys Motor-CAD (for dedicated e-motor design) and Ansys Maxwell (for detailed EM analysis), creating a more efficient e-magnet workflow. 5. Ansys Optics (Photonics & Optical Simulation) Unified Optical Workflow: Deeper integration between Ansys Lumerical and Ansys Speos. Engineers can now directly import results from Lumerical’s detailed nanophotonic simulations into Speos to analyze their impact on system-level optical performance and human perception. Speos Performance: Up to 2x faster simulation speeds for Speos solvers, accelerating the design cycle for automotive lighting, camera systems, and display applications. Lumerical FDTD: Enhanced solver algorithms for more efficient simulation of complex 3D photonic devices. 6. Platform & Ecosystem Enhancements Ansys AI: The introduction of the Ansys Assistant (beta), a generative AI-powered chatbot that provides users with instant, context-aware help and guidance directly within the Ansys GUI, lowering the barrier to entry. Ansys Gateway: Expanded support and features for launching and managing cloud simulation environments on AWS and Azure. PyAnsys Enhancements: Significant updates to the open-source Python libraries (e.g., PyFluent, PyMAPDL), empowering users to automate, customize, and build complex simulation workflows and applications. Summary Ansys 2024 R2 is a release focused on practical power and user productivity. It takes the groundbreaking capabilities introduced in R1 and refines them, delivering: Targeted Workflow Automation for specific, time-consuming tasks like aerodynamic meshing and design exploration. Deeper Multi-Physics Links that provide a more holistic and accurate virtual prototype. Expanded Cloud and AI Infusion that makes advanced simulation more accessible and easier to use than ever before. This release demonstrates Ansys’s commitment to not only advancing the state of the art in simulation technology but also ensuring that technology is practical, scalable, and delivers tangible efficiency gains for engineering organizations.

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