Ansys 
Discovery

Ansys Discovery is the first simulation-driven design tool to combine instant physics simulation (GPU), proven Ansys high-fidelity simulation (CPU) and interactive geometry modelling 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.

Ansys Discovery
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SAVE COST

Signficantly reduce the time it takes you to design products 

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MORE INSIGHT 

Better understand how your products will behave before manufacture

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INCREASE PRODUCTVITY 

Explore ideas, iterate and innovate with unprecedented speed

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IMPROVE QUALITY

Reduce the risk of problems down the line through rigurous analysis and testing

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ONE SYSTEM

First simulation driven design tool to combine GPU, CPU and interactive geometry modelling

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REDUCE COST

Is your product over engineered? Can you save weight? What happens if i make this change?

Ansys Discovery

Ansys Discovery
Ansys Discovery - Fluid Flow Analysis CFD

Ansys Discovery - Fluid Flow Analysis CFD

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Ansys Discovery - Structural (FEA) Simulation

Ansys Discovery - Structural (FEA) Simulation

07:22
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Ansys Discovery   Thermal Analysis

Ansys Discovery Thermal Analysis

10:18
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Ansys Discovery - Factor of Safety

Ansys Discovery - Factor of Safety

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PRODUCT BENEFITS

Structural Design

  • See instant stress distribution data regardless of model complexity

  • Use Ansys Mechanical solver to simulate nonlinear effects

  • Add local refinement for increased accuracy and control

Fluid Analysis

  • Instantly find flow trends whilst updating input parameters or making geometry updates

  • Get instant feedback on your design performance 

  • Use Ansys Fluent solver for detailed high-fidelity studies of complex geometries and fluid behavior

Topology Optimisation

  • Unlock the potential of generative design 

  • Allow the software to reduce material based on the loads and conditions 

  • Add manufacturing constraints

Thermal Analysis

  • Instantly evaluate how changes to thermal inputs, materials and design will affect the thermal performance of your design

  • Realtime heat flow temperature and heat distribution 

Modal Analysis

  • Observe different modes of vibration, make changes to geometry and instantly evaluate performance

  • Understand problem frequencies

Geometry Modelling + Parameter Studies

  • Full modelling capabilities allow users to prep models for any type of simulation or make edit models to optimise your simulation

  • Study large numbers of design possibilities by automating geometric parameters