CONTRACT RESEARCHER PREDICTIVE MODELS FOR SIMULATING MATERIALS FORMING PROCESSES

We are recruiting a contract researcher to join a project involving the development of predictive models for simulating material forming processes, within the mechanical engineering department – Roberval laboratory.

This project will be carried out in close collaboration between two university partners (Compiègne University of Technology, https://www.utc.fr and École Centrale de Nantes, https://www.ec-nantes.fr ) and two industrial partners (CETIM, https://www.cetim.fr and ArcelorMittal, https://corporate.arcelormittal.com).

As a member of our dynamic research team, you will participate in the development of predictive models to improve the simulation of material forming processes. If you are passionate about modelling and simulation research, have solid expertise in materials and forming processes, and want to contribute to innovative projects, we would be delighted to welcome you to our team. Apply now to join a renowned institution and participate in cutting-edge projects in the field of mechanical engineering.

Principal activities

·      Development of numerical tools for simulation of flanging process, especially for high strength steel. The developed models aim to feasibility analysis using standard and innovative process like electromagnetic forming.

·      Regular progress reports during group meetings.

·      Participation in teleconferences and collaboration meetings.

·      Preparation for the dissemination of numerical tools (internal and/or public).

·      Preparation of documentation for numerical tools.

·      Presentation of the results during workshops and conferences.

Further information

Type of contract and anticipated starting date

Fixed-term contract – expected duration of 12 months and until 31/03/2027 at the latest

Gross monthly salary

According to experience and funding

Workload

1 607 hours per annum

Work environment and context

Flanging has a wide range of applications in part assembly, and in recent times, many research has been done projecting the electromagnetic flanging as a potential forming technology for high-strength aluminium alloys. However, the electromagnetic flanging process is still in the development phase, and a clear guideline is not available for different sizes of workpieces (sheets and tubes). The process also has not been established for high-strength steels, which have higher stiffness and lower electrical conductivity. Therefore, the current research proposal is essential for establishing electromagnetic flanging as a potential forming technology for high-strength steel, developing a flexible and robust experimental setup for industrial adaptations and compare electromagnetic flanging to standard process.

Skills

Non-linear solid mechanics

Formulation of behaviour laws

Strong skills in numerical simulation of material forming processes

Interest and ability to work in a research environment with specialists in mechanics and materials

Good communication skills in English, including the development/delivery of presentations to technical and non-technical audiences as required

Ability to write coherent and compelling scientific papers

Qualification required

PhD in computational mechanics