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ANSYS Discovery AIM for Easy Design Simulation

Home » Engineering Simulation & Risk Management Software » Design Simulation Software » Ansys Engineering Simulation Solutions » ANSYS Discovery AIM for Easy Design Simulation

ANSYS Discovery AIM is a complete simulation tool for design engineers. Competitively priced, it offers best-in class integrated single discipline and multiphysics solutions to rapidly evaluate product design performance with confidence.

ANSYS Discovery AIM for Easy Design Simulation
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  • Overview
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ANSYS AIM makes the multiple physics simulation capabilities frequently required by design engineers accessible. Whether the analysis includes structures, fluids, thermal properties or electromagnetics, the single or multiphysics simulation is undertaken within the same single-window design, reducing training, deployment and running costs. 

For easy multiphysics simulation within design engineering, ANSYS AIM includes the following key features:

  • Integrated Geometry Modelling
  • Guided Simulation Process
  • Superior CAD Interfaces and Robust Meshing
  • Integrated Multiphysics Simulation
  • Accurate and Robust Solvers for:
    • Fluid Flow
    • Stress, Vibration and Durability Analysis
    • Thermal Analysis
    • Electric Simulation
    • Polymer Extrusion
    • Fluid-Structure Interaction
  • Post-processing and Visualization
  • Automation and Customization
  • Powerful Expression Language
  • Powerful and Scaleable High-Performance Computing
  • Integrated Material Library
  • Design Exploration and Optimisation

ANSYS AIM Feature Details >>

 

ANSYS AIM Workflow >>

Efficient Wind Tunnel Analysis >>

Plastic Extrusion Die Design >>

ANSYS AIM Integration with ANSYS FLUENT

ANSYS AIM for Non-linear Contact Simulation – Snap Fit Example   
ANSYS AIM Integration with ANSYS FLUENT >>  ANSYS AIM for Non-linear Contact Simulation – Snap Fit Example >>  
Structural, Thermal & Fluid Analysis of Valve Fatigue Assessment of Bicycle Frame Multiphysics Analysis of Fuse Assembly

Structural, Thermal & Fluid Analysis of Valve >>

Fatigue Assessment of Bicycle Frame >>

Multiphysics Simulation of Fuse Assembly >>

ANSYS AIM Workflow Efficient Wind Tunnel Analysis Plastic Extrusion Die Design

Further ANSYS AIM Application Examples >>

Selected Resources

  • » Brochure: ANSYS Capabilities Chart

  • » Brochure: ANSYS Startup Programme

  • » Demo Video: ANSYS AIM for Nozzle Design Optimisation

  • » Demo Video: Customisation of ANSYS AIM for Internal Flow

  • » Demo Video: Customisation of ANSYS AIM for Natural Frequency Calculations

  • » White Paper: Four Benefits of Simulation-Driven Design

View more resources »

Client Feedback

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ANSYS AIM allowed UEL to run multiphysics analysis of heat transfer for a new engine where testing of prototypes would usually be the method used. The engine is still in early stages but dozens of analyses have been run, steering the project in its direction. What AIM offered over other platforms was a relatively cheap but powerful solver which is very intuitive. The addition of finning to the engine housing is currently set to reduce the maximum housing temperature by up to 51% and not a single prototype has been manufactured yet.

UAV Engines
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