Media Summary: The aim of DIGIMU® is to propose an industrial solution for simulating The mechanical and thermal properties of metallic materials are strongly related to their Overview of the features and roadmap for DIGIMU®,

Microstructure Evolution Simulation With Transvalor - Detailed Analysis & Overview

The aim of DIGIMU® is to propose an industrial solution for simulating The mechanical and thermal properties of metallic materials are strongly related to their Overview of the features and roadmap for DIGIMU®, This video shows the grain growth during heating: The heating time is 5100 s and the grains start to grow at 3500s, 900°C. The ... Ring rolling of a waspalloy shaped ring for the aerospace industry, with Thanks to its specific module, THERCAST® allows to study the internal ingot

Based on a Finite Elements formulation, the various physical phenomena involved during metal forming processes can be ...

Photo Gallery

Microstructure Evolution simulation with Transvalor's solutions
Towards the full modeling of microstructure evolutions during metal forming | M. Bernacki, Cemef
Trabecular Bone Microstructure Evolution Simulation
2D & 3D microstructure prediction with DIGIMU® | P. De Micheli, Transvalor
TRANSVALOR European Microstructure Simulation Days 2022
TRANSVALOR DIGIMU® Grain growth simulation
Ring rolling simulation - FORGE®
Quenching simulation with temperature evolution - SIMHEAT®
An integrated model to predict the microstructure evolution and the mechanical behaviour of a ..
Ingot casting simulation with grain structure - THERCAST®
Induction heating simulation with grain growth evolution - SIMHEAT®
Robust and reliable microstructural modeling for industrial hot forging processes |O. Bylya, AFRC
View Detailed Profile
Microstructure Evolution simulation with Transvalor's solutions

Microstructure Evolution simulation with Transvalor's solutions

The aim of DIGIMU® is to propose an industrial solution for simulating

Towards the full modeling of microstructure evolutions during metal forming | M. Bernacki, Cemef

Towards the full modeling of microstructure evolutions during metal forming | M. Bernacki, Cemef

The mechanical and thermal properties of metallic materials are strongly related to their

Trabecular Bone Microstructure Evolution Simulation

Trabecular Bone Microstructure Evolution Simulation

A

2D & 3D microstructure prediction with DIGIMU® | P. De Micheli, Transvalor

2D & 3D microstructure prediction with DIGIMU® | P. De Micheli, Transvalor

Overview of the features and roadmap for DIGIMU®,

TRANSVALOR European Microstructure Simulation Days 2022

TRANSVALOR European Microstructure Simulation Days 2022

Throwback to our European

TRANSVALOR DIGIMU® Grain growth simulation

TRANSVALOR DIGIMU® Grain growth simulation

This video shows the grain growth during heating: The heating time is 5100 s and the grains start to grow at 3500s, 900°C. The ...

Ring rolling simulation - FORGE®

Ring rolling simulation - FORGE®

Ring rolling of a waspalloy shaped ring for the aerospace industry, with

Quenching simulation with temperature evolution - SIMHEAT®

Quenching simulation with temperature evolution - SIMHEAT®

Simulation

An integrated model to predict the microstructure evolution and the mechanical behaviour of a ..

An integrated model to predict the microstructure evolution and the mechanical behaviour of a ..

An integrated model to predict the

Ingot casting simulation with grain structure - THERCAST®

Ingot casting simulation with grain structure - THERCAST®

Thanks to its specific module, THERCAST® allows to study the internal ingot

Induction heating simulation with grain growth evolution - SIMHEAT®

Induction heating simulation with grain growth evolution - SIMHEAT®

This animation shows the grain growth

Robust and reliable microstructural modeling for industrial hot forging processes |O. Bylya, AFRC

Robust and reliable microstructural modeling for industrial hot forging processes |O. Bylya, AFRC

Despite the impressive development in

Grain growth simulation - DIGIMU®

Grain growth simulation - DIGIMU®

Based on a Finite Elements formulation, the various physical phenomena involved during metal forming processes can be ...