Ansys Discovery features the first simulation-driven design tool combining instant physics simulation, high-fidelity simulation and interactive geometry modeling in a single easy-to-use experience.
By combining interactive modeling and multiple simulation capabilities in a first-of-its-kind product, Discovery allows you to answer critical design questions earlier in the design process. This upfront approach to simulation saves time and effort on prototyping as you explore multiple design concepts in real time with no need to wait for simulation results.
Ansys Discovery answers critical design questions early in your process with speed and accuracy. Boost productivity and performance by eliminating long waits for simulation results. Discovery lets engineers focus on innovation and product performance.
Discovery speeds implant design to improve patient rehabilitation.
Patients rely on the speed and accuracy of Techfit Digital Surgery to create implants that support healing bones. Every patient’s needs are unique, whether they're recovering from cancer or major injuries. Ansys Discovery simulation solutions can directly impact a patient’s recovery and rehabilitation. By exploring different design scenarios, engineers can validate products faster, get patients into surgery quicker and enable patients to enjoy recovery sooner. Through the Discovery software, Techfit Digital Surgery evaluates a patient's need and turns it into a design, highlighting the company’s mantra of “iteration makes perfection.”
July 2021
Set up and run simulations in Ansys Discovery for a wide range of industries and applications faster and easier than ever before with new multiphysics capabilities, performance improvements and dynamic collaboration updates.
Discovery now accounts for porous media to evaluate porous materials such as filters, screens and perforated plates within a product design.
Expand your use cases with an idealized sliding contact for Discovery Live physics and conjugate heat transfer (CHT) for high-fidelity physics, enabling fast, easy to use simulation for evaluating fluid and thermal performance of product designs.
Associative CAD interfaces, history tracking and a constraint-based sketching automate Discovery’s modeling operations and provide a seamless workflow from CAD to any other Ansys Workbench-connected app.
Workflow enhancements such as saved scenes, physics condition suppression and connections to Ansys Granta Selector and Ansys Granta MI, accelerate and automate the simulation workflow from setup through report generation.
DISCOVERY CAPABILITIES
By answering critical design questions early in the process, thus decreasing engineer labor and physical prototyping costs, Ansys Discovery allows for a ROI boost across your organization. Upfront simulation reduces prototyping and testing needs and minimizes engineering change orders while maximizing design and ideation focus.
Ansys Discovery 3D product simulation software allows engineers to quickly prepare models for simulation or create design variations, all while rapidly exploring multiple design concepts with real-time interactivity. Upfront simulation improves product insight and leads to a more efficient and higher-performing outcome.
Simplify your 3D modeling and simulation tasks with a range of Discovery software capabilities.
With the interactive nature of Ansys Discovery, engineers can test several design ideas in mere seconds, receiving immediate insights on the structural performance of a design. Expect to quickly observe the different modes of vibration and receive a rapid understanding of resonant frequencies. Discovery removes barriers that previously prevented engineers from using engineering simulation. Instead of dealing with the difficulty of performing structural analyses on complicated geometry, Discovery enables near-instant simulation results once loads are established.
Whether you’re addressing internal or external flow, you can explore a variety of fluid wonders. Incorporate porous media into your analysis when applicable. When you’re ready for additional detail and higher accuracy, use the Ansys Fluent solver within the Discovery environment, without changing your model or your workflow.
The speed of the Ansys Discovery topology optimization tool is extremely handy, but the interactivity of the tool for generative design — the first-ever offering of its kind — means engineers can easily evaluate a wide-ranging spectrum of product behaviors to uncover the perfect design solution. Topology optimization capabilities account for manufacturing constraints and can apply to multiple load cases and physics, including modal and structural simulations, giving Discovery additional uses across multiple product designs.
The 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. Leverage conjugate heat transfer (CHT) to determine fluid and solid temperatures for evaluating fluid and thermal performance of product designs. Solve a wide range of product design challenges with multiphysics simulation capabilities across numerous industry applications.
The ability to create and edit geometry remains critical to design exploration. The Ansys Discovery software makes those tools available within all parts of the workflow. Engineers can edit the shape of a model while viewing results and watch the simulation immediately update. Leverage native CAD models from a vast range of sources and update simulations with new versions when changes come. Geometry modeling offers a fresh take on simulation speed with a focus on final solutions.
Expect to quickly observe the different modes of vibration and receive a rapid understanding of problem frequencies. With the fast, direct geometry editing powered by Ansys SpaceClaim, make adjustments to models and instantly see the impact. Discovery’s simulation-guided design accelerates product development, helps avoid delays and ensures you’re designing your best products.
Get to know the best solution for your project by studying how changes to geometry or physics input parameters change the results. Using parameter studies — also known as parameter sweeps — the design studies create a Pareto frontier of data in Ansys Discovery, meaning you can explore a large number of design possibilities by automating multiple geometric or simulation parameters. The simple process allows you to choose input parameters so you’re evaluating ideas simultaneously. With Discovery’s processes automated, expect to rapidly try new ideas, obtain fresh results and better understand trends and trade-offs to fit within your design goals.
DISCOVERY PACKAGING & LICENSING
The Ansys Discovery license provides access to a broad set of modeling and physics simulation capabilities, including geometry modeling tools for cleaning, defeaturing and editing imported models; as well as generating new geometries to support simulation workflows; live physics simulation capabilities including thermal, structural, fluids and topology optimization; and simulation setup and post-processing functionality.
Solving high-fidelity simulation in Ansys Discovery requires an additional license, depending on the physics. To leverage the Ansys Mechanical Solver for structural and thermal physics requires the Mechanical Pro license; whereas solving fluid physics requires the CFD Pro license.
| Ansys Discovery Capability | Discovery Modeling |
Discovery Simulation |
|---|---|---|
| Open Data from All Major CAD Systems | ||
| Modify Imported Geometry | ||
| Defeaturing and Simplification Tools | ||
| Model Repair | ||
| Repair and Edit Faceted Data | ||
| Geometric Parameterization | ||
| Scripting | ||
| Transfer to Mechanical | ||
| Transfer to Fluent | ||
| Simulation Setup & Pre-processing | ||
| Post-processing of Results | ||
| Static Structural | ||
| Modal | ||
| Point Masses | ||
| Pre-stressed Modal | * | |
| Linear Frictionless Contact | ||
| Nonlinear Contact & Joints | * | |
| Large Deformation | * | |
| Pre-tension Bolts | * | |
| Topology Optimization | ||
| Manufacturing Contraints for Topology Optimization | ||
| Steady-state Thermal | ||
| Conduction | ||
| Convection | ||
| Transient Thermal | ||
| Steady-state Flow | ||
| Transient Flow | ||
| Incompressible Flow | ||
| Buoyancy - Boussinesq | ||
| Thermal Serface Loads (convection, heat) | ||
| Thermal-stress | ||
| * Requires additional license |
DISCOVERY RESOURCES & EVENTS
Learn how Discovery can help you improve effectiveness across valves, address structural simulation challenges, overcome thermal management issues and perform topology optimization and much more...all in 17 minutes.
