Ansys GRANTA MI PRO

Ansys GRANTA MI PRO

Focused materials support for design and simulation

Ansys GRANTA MI PRO

Ansys is a software suite of Ansys Inc.

Ansys GRANTA MI Pro provides fast, direct access to company material data and reference data from Ansys Granta. Easy to implement, GRANTA MI Pro is designed to meet the focused needs of design and simulation teams.

With GRANTA MI Pro, these teams use a subset of the material information management capabilities of Ansys GRANTA MI to:

  • Build and maintain approved lists of preferred materials
  • Store important property data for these materials alongside reference data from the Ansys Granta library
  • Provide access to this data for all of their designers or analysts within Ansys Workbench or NX™ software

Features

  • Empowers smaller organizations or focused teams in large enterprises
  • Allows secure and efficient sharing of vital material data
  • Ensures accurate design and simulation
  • Increases productivity when searching for and using data
  • Ensures consistency across CAD and CAE, reducing risk
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GRANTA MI Pro Fast-start materials information management solution for design and simulation

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Insights

CASE STUDY

Optimizing the Aerodynamic Efficiency of an Aircraft Nacelle

The optimal aerodynamic design while substantially reducing the costs

The challenge was to find the optimal aerodynamic design while substantially reducing the costs associated with traditional CFD modeling.

aerospace cfd ansys

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CASE STUDY

Preliminary thermo-mechanical design, simulation and optimization of LAD on board the eXTP space mission

This article describes the preliminary study resulting in the design solutions adopted for the LAD module’s most important thermo-mechanical drivers, which were developed and used to demonstrate compliance with the system requirements at the spacecraft level.

aerospace rbf-morph ansys

CASE STUDY

A natural remedy for hot-spot stresses

Using advanced mesh morphing to seamlessly perform bio-inspired structural shape optimization

This paper demonstrates how the biological growth method, studied by Mattheck in the 1990s, can be easily implemented for structural shape optimization finite element method (FEM) analyses using advanced radial basis functions (RBF) mesh morphing.

ansys biomechanics rbf-morph

CASE STUDY

High Quality Printing with CFD

Simulation allows engineers to improve print quality, ensure operator safety and contain energy consumption

In this article, Uteco describes how it applied Computational Fluid Dynamics (CFD) to assist the design and improvement of its printing machines.

cfd ansys mechanics