The manufacturing processes and design of metal and alloy products can be performed over
a wide range of strain rates and temperatures. To design and optimize these processes …

Finite element modeling for designing and optimizing lightweight titanium aerospace
components requires advanced simulation tools with adequate material modeling. In this …

The harsh environment during airplane take-off and flights with complex operating
conditions require a high dynamic and impact resistance capability of airplane engines. The …

Nowadays, product manufacturing can be divided into two groups: relatively simple products
produced in a large production chain and complex (specialized) components produced in …

The work aims to characterize the quasi-static mechanical behavior of the Ti6Al4V titanium
alloy at room temperature and to describe it by a phenomenological model. The thesis is …

Numerical simulations enable the analysis of the stress and strain histories of bimetallic
rolling mill rolls. The history of rolling mill rolls is simulated by thermo-mechanical …

This joint PhD thesis between MSM (Mechanics of Solids and Materials) and MMS (Metallic
Materials Science) teams, presents an in-depth investigation into the Directed Energy …

This work is focused on the modelling of post casting cooling and heat treatment stages,
using a coupled thermo-mechanical metallurgical model in order to understand the behavior …

Nowadays the increasing use of composite materials in aeronautical industry poses new
challenges in terms of design optimization and development costs. One of the main …

Nowadays, product manufacturing can be divided into two groups: relatively simple products
produced in a large production chain and complex (specialized) components produced in …