ANSYS Discovery Ultimate 2023 version is the first simulation-driven design tool that combines real-time physical simulation, mature Ansys high-fidelity simulation and interactive geometric modeling into a single user experience. Leveraging the new Discovery early in the product design process will dramatically increase engineering productivity, spur innovation and improve overall product performance.
- Resolve critical design issues earlier without waiting days or weeks for traditional simulation results.
- Quickly prepare simulation models or create design variants for study
- Rapidly explore multiple design concepts with real-time interactive simulation
- Refine insights with high-fidelity simulations and other conditions
- Upfront simulation has been proven to improve ROI across the enterprise in the following ways.
- Reduce engineering labor and physical prototype costs
- Cut prototyping and testing costs
Minimize engineering changes and maximize design alternatives and conception capabilities
Ansys Discovery makes it faster and easier than ever to set up and run simulations for a variety of industries and applications. A simulation-driven design tool that combines real-time physical simulation, Ansys’ proven high-fidelity simulation, and interactive geometric modeling into a single design exploration application, enabling real-time, rapidly iterative design exploration that more engineers can now explore Greater design space and quick answers to critical design questions early in the product design process! You can also get ANSYS Electronics Suite 2023 R1 By LicensedSoft.
ANSYS Discovery Ultimate 2023 R1 New Features:
1. Structural and modal analysis
The near-instant simulation results that appear during Ansys Discovery simulations encourage interactive testing of design ideas.
With the interactive nature of Ansys Discovery, engineers can test multiple design concepts in seconds and gain immediate insights into the structural performance of the design. Expect to quickly observe different vibrational modes and gain a quick understanding of resonance frequencies. Discovery removes barriers that previously prevented engineers from using engineering simulation. Instead of dealing with the difficulties of performing structural analysis on complex geometries, Discovery provides near-instant simulation results after loads have been established.
2. Fluid Analysis
Leverage the speed of real-time physics in Discovery to understand fluid behavior, then analyze it with the embedded Fluent solver for increased fidelity and confidence.
Whether you’re solving internal or external flows, you can explore a variety of fluid wonders. Where applicable, porous media was included in the analysis. When you’re ready for more detail and greater accuracy, use Ansys Fluent solvers in the discovery environment without changing your model or workflow.
3. Topology optimization
The first interactive topology optimization tool in Ansys Discovery Ultimate discovers design solutions without the wait, and the solution goes beyond speed.
The speed of the Ansys Discovery Ultimate topology optimization tool is convenient, but the interactivity of the generative design tools (a first of its kind) means engineers can easily evaluate various product behaviors to discover the perfect design solution. Topology optimization capabilities take into account manufacturing constraints and can be applied to multiple load cases and physics, including modal and structural simulations, giving Discovery added versatility across multiple product designs.
4. Thermal fluid analysis
Real-time modeling and data in 3D models through Ansys Discovery Ultimate, which provides temperature distribution data as you make changes to the model, adjust input properties, or switch materials.
Real-time heat flow and temperature distribution information enables you to test ideas in real-time, iterating and ideating along the way to find the best solution for your design needs. Determine fluid and solid temperatures using conjugate heat transfer (CHT) to evaluate fluid and thermal performance of product designs. Solve a wide range of product design challenges with multiphysics simulation capabilities applied across numerous industries.
5. Geometric modeling
At every step of the Ansys Discovery Ultimate workflow, the ability to create and edit geometry is accessible, a critical part of the design exploration process.
The ability to create and edit geometry remains critical to design exploration. Ansys Discovery Ultimate software makes these tools available for all parts of the workflow. Engineers can edit the shape of the model while viewing the results and watch the simulation update immediately. Leverage native CAD models from a variety of sources and update simulations with new versions when changes occur. Geometric modeling provides a new definition of simulation speed, focusing on the final solution.
6. Electromagnetism
High-frequency electromagnetic modeling can be used for initial concept evaluation and placement of basic antennas prior to detailed studies in Ansys Discovery Ultimate HFSS.
Quickly observe the effects of antenna position and quickly understand problems. Whether you’re working with a basic CAD model or one with 1000s of threaded screws, there’s no need to simplify your CAD geometry. Adjust antenna positions in real time and see the impact immediately with fast, straightforward geometry editing powered by Ansys Discovery Ultimate SpaceClaim.
7. Parameter research
Optimize your product by running parametric studies to simultaneously evaluate options and explore various design tradeoffs.
Understand the optimal solution for your project by studying how changes to geometry or physics input parameters change results. Using a parametric study (also known as a parametric sweep), a design study creates a Pareto boundary of the data in Ansys Discovery Ultimate, which means you can explore a large number of design possibilities by automating multiple geometric or simulation parameters. Simple process allows you to choose input parameters so that ideas can be evaluated simultaneously. With the Discovery process automated, you can quickly try out new ideas, achieve new results, and better understand trends and trade-offs to fit your design goals.
ANSYS Discovery Ultimate 2023 R1 New Functions:
1. It just works
By combining interactive modeling and multiple simulation capabilities in one product, Discovery lets you answer critical design questions early in the design process. This up-front simulation approach saves prototyping time and effort as you explore multiple design concepts in real time without waiting for simulation results.
2. Interactive simulation
Simulation results change in real time as you change physics types or inputs, make geometry edits, or change display properties. Increase productivity and performance by eliminating long waits for simulation results. Discovery lets engineers focus on innovation and product performance
3. Design exploration of each engineer
With new multiphysics capabilities, performance improvements, and dynamic collaboration updates. It’s faster and easier than ever to set up and run simulations. In Ansys Discovery Ultimate for a variety of industries and applications.
4. Structural and modal analysis
- Interactively understand and improve the strength and stiffness of a part or small assembly.
- Optimize weight with immediate visualization of stress distribution and rapid geometry modification.
- Quickly calculate the natural frequencies of parts and assemblies to immediately determine if the lowest mode of the design is higher than the minimum acceptable frequency.
5. Fluid Analysis
- Whether you’re working with internal or external flows, you can explore all kinds of fluid wonders.
- When applicable, include porous media in the analysis.
- Gain early insight into pressure drop, drag and lift trends.
6. Topology optimization
- A word. fast. It can be formed into the optimal shape in about 60 seconds.
- Discover various design solutions, suggesting the integration of multiple components into one or a few solid parts. Reducing assembly costs and optimizing manufacturing techniques.
- Identify solutions to minimize mass and material usage while meeting performance criteria, maintaining design goals, and maintaining engineering constraints.
7. Thermal fluid analysis
Real-time heat flow and temperature distribution Live Solver allows you to test ideas in real-time
- Determine fluid and solid temperatures using conjugate heat transfer (CHT) to evaluate fluid and thermal performance of product designs.
- Solve a wide range of product design challenges with extensive physics simulation capabilities in numerous industry applications.
8. Simulation model preparation
- Simplify models in minutes instead of hours.
- Quickly modify, optimize and parameterize any CAD file to reduce mesh complexity.
- Build simplified representations of models such as volume extrusions, shells, beams, and intermediate surfaces.
9. Parameter research
• Optimize products by running para metric studies to evaluate options and explore various design trade offs.
Using para metric studies (also known as para metric sweeps). Design studies create Pareto data boundaries in Ansys Discovery Ultimate. Which means you can explore a large number of design possibilities by automating multiple geometric or 3D para meters.
System Requirements
- CPU: 64-bit Intel or AMD system running Windows 10.
- Memory: 8GB RAM
- GPU: Dedicated graphics card with latest drivers and at least 1GB of video RAM. Capable of supporting OpenGL 4.5 and DirectX 11 or higher.
- Integrated graphics (eg Intel HD/IRIS) are not recommend and are not supported during the analysis phase in Discovery. See below for special graphics essential for Ansys Discovery Ultimate Live.
- Ansys Discovery Ultimate Live and Explore Stage graphics requirement
- Ansys Discovery Ultimate Live or the Explore stage in Ansys Discovery relies on the latest GPU technology for its computer works and visual experience. To run the software, you need
- Dedicated NVIDIA GPU card based on Kepler, Maxwell, Pascal or -Turing architecture (Quadro recommend, GeForce). A Maxwell 2000 or better is strongly recommend. At least 4GB of video RAM (8GB recommend) on the GPU.
