Project available in regards to hot cracking

in additive manufacturing: numerical simulation and validation to control the process. SAFRAN Group plans to produce parts in Inconel 738 by this process. However, this superalloy is sensitive to cracking, especially during forming.  The numerical model will be compared with experimental data provided by academic partners. >> Detailed project (pdf in french)

Read More

NEW OPEN PROJECT ON FOAMS RVE MODELING

The ecological and economic pressures are pushing the sector of the automotive industry to use more and more structural component in polymers and composites. Polymeric foams are a solution to such structure lightening. IPC, a Technical Center for plastic and composite materials, is funding a MAPMOD project to model at the mesoscale level the microstructure…

Read More

New open project available

In the framework of manufacturing of aeronautical components, a part provider is facing issues for the forming of titanium alloy sheets. This study will then focus on a computational tool able to model the forming process and a mechanical test to evaluate the formability of provided material.

Read More

New open project to be filled

CETIM, a Technical Center is funding a MAPMOD project to study the manufacturing of steel components by additive manufacturing. The computational modeling of the process will lead to thermal calibration of the process. Results will be compared to experimental data provided by a complementary project leaded in another research lab. Apply online now

Read More

Applications are open & online

Applications are open & online. You hold a 5-year higher education qualification (bac+5). You already have a good knowledge in computational methods or in mechanics. You are interested in adding a specialization in advanced processing with the objective of working in an industrial company. Apply to MAPMOD programme.

Read More