Ansys Discovery 2023 是第一款将即时物理仿真、成熟的 Ansys 高保真仿真和交互式几何建模融入单一用户体验的仿真驱动型设计工具。在产品设计流程的早期，利用全新的 Discovery 将大幅提高工程效率，激励创新并提高产品的整体性能。
更早解决关键设计问题，无需等待数天或数周即可获得传统的仿真结果。
- 快速准备仿真模型或创建设计变量以进行研究
- 利用实时交互式仿真快速探索多种设计概念
- 利用高保真仿真和其他条件完善见解
事实证明，前期仿真可以通过以下方式提高整个企业的投资回报率。
- 降低工程人工和物理原型成本
- 削减原型和测试成本
- 尽可能减少工程变更，并最大限度提高设计备选方案和构思能力
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Description
Ansys Discovery is the first simulation-driven design tool to combine instant physics simulation, proven Ansys high-fidelity simulation and interactive geometry modeling in a single user experience. Leveraging the all-new Discovery early in your product design processes will drive substantial gains in engineering productivity, spur innovation and increase your product’s overall performance.
Answer critical design questions earlier, without waiting days or weeks for traditional simulation results.
-Quickly prepare models for simulation or create design variations for study
-Rapidly explore multiple design concepts with real-time interactive simulation
-Refine insights with high-fidelity simulation and additional conditions
Upfront simulation has been proven to boost ROI across your organization by
-Decreasing engineering labor and physical prototyping costs
-Slashing prototyping and testing costs
-Minimizing engineering change orders and maximizing your design alternatives and ideation
Capabilities
Structural Analysis
-See instant stress distribution data regardless of model complexity. Use the Ansys Mechanical solver to simulate nonlinear effects and add local refinement for increased accuracy and control.
Fluid Analysis
-Instantly find flow trends, while updating input parameters or making geometry updates, and see Ansys Discovery’s instant feedback of your design’s performance. Use the Ansys Fluent solver for detailed high-fidelity studies of complex geometries and fluid behaviors.
Topology Optimization
-Unlock the potential of generative design utilizing topology optimization including manufacturing constraints and optimization of resonant frequency.
Thermal Analysis
-Instantly evaluate how changes to thermal inputs, materials and cooling conditions will affect the thermal performance of your design.
Geometry Modeling
-Discovery’s modeling technology and versatile toolset enables you to easily create and modify imported geometry without the complexity associated with traditional CAD systems. Full modeling capabilities allow users to prep models for any type of simulation or make edit models to optimize your simulation.
Modal Analysis
-Observe different modes of vibration, make changes to geometry and instantly evaluate performance.
Parameter Studies
-Also known as parameter sweeps, these design point studies create a Pareto frontier of data in Ansys Discovery that let you explore a large number of design possibilities by varying multiple geometric or simulation parameters in an automated fashion.
ANSYS Discovery Ultimate Include
ANSYS Discovery
ANSYS Discovery AIM
ANSYS Discovery Live
ANSYS SpaceClaim
System Requirements
CPU:64-bit Intel or AMD system, running Windows 10.
Memory:8 GB RAM
GPU:A dedicated graphics card with latest drivers and at least 1GB video RAM, capable of supporting OpenGL 4.5 and DirectX 11, or higher.
-Use of integrated graphics (e.g. Intel HD/IRIS) is not recommended and is not support by the Analyze stage in Discovery. See below for special graphics requirements for ANSYS Discovery Live.
-Ansys Discovery Live and Explore Stage Graphics Requirements
Ansys Discovery Live or the Explore stage in Ansys Discovery relies on the latest GPU technology to provide its computation and visual experience. To run the software, you will require
A dedicated NVIDIA GPU card (Quadro recommended, GeForce supported) based on the Kepler, Maxwell, Pascal, or -Turing architecture. Maxwell 2000 or better strongly recommended. At least 4GB of video RAM (8GB recommended) on the GPU.
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