Ing. Chaker Teyeb

The aim is to develop material-integrated humidity and pressure sensors to monitor the heating cycle. To facilitate the choice of sensor materials, a numerical approach based on FEM and COMSOL software is used to predict hygrothermal performance, reducing the need for physical prototypes.

Processing, development, and characterization of more environmentally friendly biocomposites through the use of plant fibers. Analyze the behavior of composite materials via the correlation between experimental tests and numerical models, and develop associated strategies.

Develop methods and tools for the analysis of composite materials at different scales under static and fatigue loading, and increase their maturity; Analyze the behavior of composite materials via all experimental data from multi-instrumentation (digital image correlation, acoustic emissions, analysis of Non-Destructive Testing, Industrial computed tomography ...)

• Give welding courses to welders • Manage a team of 4 welders • Preparation of the parts to be welded • TIG welding: steel, aluminum, and stainless steel • NDT: Radiography, Visual Examination, Penetrant Testing, Dimensional Inspection • Writing DMOS, QMOS, and Welding Workbook • Design, manufacturing, and control: oven for TIG rods, welding toolbox, aircraft tank molds

• Welding of ship hulls using the arc welding process • Assist with submarine welding operations • The maintenance of the tugs