Mourad Temmar

• Analyzed customer needs and assessed Olys Engineering's technical response capability.
• Established the cost budget and implementation schedule.
• Wrote the technical description.
• Was responsible for technical aspects and scheduled deliverables.
• Managed and led the project team, coordinated team activities, and delegated tasks to ensure efficient completion of projects.
• Developed strategies for problem solving and conflict resolution among team members.
• Conducted regular performance reviews to assess individual team member progress.
• Participated as a calculator, controller, and approver.

- Conducted piping calculation on PIPESTRESS;

- Performed structural calculations on RSTAB and ANSYS.

- Produced technical sheets and calculation notes.

• Organized technical points with the customer.
• Guaranteed Quality, technical performance, lead times, and cost performance.

• Participated in weekly technical meetings with the client;
• Managed and piloted the project team;
• Participated in production as a calculator, controller, and approver:

- Conducted flexibility calculations with finite element calculation software (SYSPIPE and PIPESTRESS);

- Used isometric plans and the PDMS model to create the geometry, analyzed the loads to be applied, and analyzed results;

- Conducted fatigue mechanics analyses, implementing various finite element calculation methods (ANSYS)

- Carried out optimizations to improve calculation results;

- Produced technical sheets and calculation notes

• Studied the phenomena responsible for the pellet fuel to cladding gap closure in the FNR nuclear codes;
• Identified a new phenomenon of gap closure through 3D thermomechanical simulation and assessed its impact on the fuel temperature using finite element methods (CAST3M/LICOS);
• Formulated a 1D analytical/numerical model for the new gap closure phenomenon and implemented it in the multi-physics nuclear code GERMINAL (C++ and CAST3M);
• Validated the proposed model by comparing temperatures obtained with experimental measurements from the CEA validation database;
• Conducted studies on the mechanical stresses experienced by the cladding in austenitic steel after the closure of the fuel-cladding gap, verifying the 'RCC-MR' sizing criteria;
• Wrote an internal technical note, an article in the international newspaper 'Journal of Nuclear Materials,' co-authored an article for the international FR17 conference, and participated in the ECCM 2018 international conference in Glasgow