Ansys 3D Design

Every engineer deserves the power of Discovery

Explore ideas, iterate and innovate with unprecedented speed early in your design process with Ansys 3D design software. Delve deeper into design details, refine concepts and perform multiple physics simulations — backed by Ansys solvers — to better account for real-world behaviors.

Ansys Discovery is a GPU-based real-time simulation package that combines CAD modeling simulation environments into one super-responsive arena, where users can view how changes to their designs will affect simulations.. in real time! No more meshing. And gone are the days of post-processing. Post-processing is now just… processing!

Ansys Discovery’s powerful combination of instantaneous simulation and direct geometry modeling gives you the ideal solution for interactive design exploration and rapid product innovation.

 

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CASE STUDY

Filling and compression analysis of metallic powders composed of spherical particles

The efficiency of material design can be greatly improved by using FEM-based virtual material testing analysis

This article presents an example of the analysis of a powder composed of spherical particles. Since powders have a very fine heterogeneous structure, a multi-scale approach based on homogenization analysis is proposed.

multiscale ansys mechanics

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Our Expertise in Ansys 3D Design

CASE STUDY

Cost Effective High- Performance Design: Innovation is the Answer

Marelli Motori applies multiphysics simulation to cost-effectively design better, more reliable motors and generators faster

Improving efficiency while reducing cost is a very complex engineering challenge. Marelli Motori makes extensive use of CFD and FEM multiphysics simulation to do just that in the design of its electrical motors and generators.

ansys automotive cfd

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CASE STUDY

Filling and compression analysis of metallic powders composed of spherical particles

The efficiency of material design can be greatly improved by using FEM-based virtual material testing analysis

This article presents an example of the analysis of a powder composed of spherical particles. Since powders have a very fine heterogeneous structure, a multi-scale approach based on homogenization analysis is proposed.

multiscale ansys mechanics

Read More  

CASE STUDY

Numerical analyses of the heat transfer processes of a key cooling system in the ITER reactor

Supporting the design of a critical system with realistic numerical simulations of heat radiation and conjugate heat transfer

The ITER reactor’s electron cyclotron heating and current drive (EC H&CD) system launcher requires an effective cooling system due to the strong thermal loads it supports. In supporting the design of this cooling system, NINE performed several numerical studies using the Ansys simulation tools

ansys energy

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