Asphalt Concrete Thermal Stress Calculation Software - ACThStressAvailable online : https://gitlab.com/mailhebe/ACThStress

# 1st year – Team MADEA+ : Materials, Machines and Advanced Electromagnetic DevicesPartnership with Altair France : Implementation of a dynamic hysteresis material model in the post-processing capabilities of Altair Flux software.# 2nd & 3rd years – Team MAGE : Models, Methods and Methodologies Applied to Electrical Engineering | Technological Research Team CMF : Low Magnetic FieldsPartnership with Naval Group : Development of a magneto-mechanical bench fitted for low magnetic field and high mechanical stress applications.

Introduction to Computational Electromagnetics

# Specialist in Finite Element Method (FEM). # Specialist in Electromagnetism, Mechanics and Materials.# Technical & scientific analyst: batteries, renewable energies & strategies for Asset Management projects.

Ph.D. at the Federal University of Santa Catarina (UFSC, Florianópolis – Brazil), integrated in the GRUCAD/LAESP : Group of Design and Analysis of Electromagnetic Devices/Laboratory of Special Electric Drives# Characterization and Modelling of the Magnetic Behaviour of Electrical Steel Under Mechanical Stress

Research Engineer:Research on the feasibility of automatically modelling brittle crack propagation in graphite bricks, with different quasi-static and dynamic numerical methods (X-FEM, damage modelling, CZM, energetic approaches). Understanding and implementation of a complex material law into the finite element code Code_Aster, to take into account the effects of irradiation, radiolytic oxidation and temperature cycling on the development of internal stresses in graphite bricks.

1/ Study and evaluate the behaviour of different pairs of {alloy + coating} in different environments : - Large and short time oxidation; - High temperature (and high pressure) corrosion.2/ Propose and optimize different choices of material and coatings for application in devices submitted to metal dusting corrosion conditions, in particular in syngas (mix of H and CO) production units.

Research on the water adsorption mechanism of thermoplastics and its influence on mechanical properties in composite materials. Development of a prediction tool to evaluate the adsorption rate of an industrial part, under given environment conditions.

Numerical control and conventional machining.