Raoua Fattoum

Finite Element Method (FEM) modeling and simulation using ANSYS: Performance of advanced structural analyses (linear and non-linear behavior, complex contact management, material plasticity). Strength of Materials (SoM) dimensioning calculations: Validation of mechanical structures under static and thermal loads, geometric optimization for mass and performance gains. Project monitoring and valorization: Writing technical summary reports and structured calculation notes in a multi-stakeholder project environment; validation of models by comparison with experimental results.

Functional tolerancing and dimensioning according to ISO standards for industrial applications. Analysis of tolerance stacks and definition of product specifications.

• Modeling of complex multiphysics phenomena: High-fidelity fluid-thermal-mechanical couplings for energy systems and rotating structures applications.

• Sensitivity studies, meshing convergence criteria, and optimization: Development and improvement of predictive numerical models.

• Applied research project management: Milestone planning, statistical analysis of numerical results, and report writing.