Faycel Halila

- R&D project Leader : Research project in automotive mechanics •ALEGS project (Automotive Lightweight EngineerinG Solutions) : Developing automotive lightweight engineering solutions to reduce the new vehicles environmental footprint (2020 goal: 95g de CO2/km). Missions: Design of automotive parts using topological optimization, Finite Elements Method, advanced programming techniques (coupling between Matlab and Ansys APDL), lightweight material solution development for automotive application,…

•Study and prediction of wear and degradation modes of the cutting tools during shaping process by removing material. •Analytical modelling and experimental characterization of abrasion wear of cutting tools. development and programming using Fortran •Qualitative and quantitative identification of non-metallic inclusions. •Publication of scientific papers in 3 international refereed journals and a book chapter (cf. http://bit.ly/2fm5zrZ )

•Study and prediction of wear and degradation modes of the cutting tools during shaping process by removing material. •Analytical modelling and experimental characterization of abrasion wear of cutting tools. development and programming using Fortran •Qualitative and quantitative identification of non-metallic inclusions. •Publication of scientific papers in 3 international refereed journals and a book chapter (cf. http://bit.ly/2fm5zrZ )

Analytical, numerical and experimental study of abrasive cutting tool wear induced during machinig process. Fortran, Matlab, Abaqus, ImageJ, Origin,

numerical simulation of metal cutting processes, Numerical simulation and experimental study of residual stress induced by machining, tribology, biomecahnical study, Abaqus/explicit Abaqus/implicit