My doctoral dissertation, entitled “Time-dependent behaviour of multi-material bonded structural members: application to hybrid structures concrete-GFRP”, coupled the numerical and experimental analysis of the behaviour of hybrid structures consisted of Glass-Fibre-Reinforced-Polymer materials (composite pultruded materials) connected to concrete slabs with the study of the adhesively bonded joints in order to characterize this new joining method and to provide numerical models abele to predict the short- and long-term responses of GFRP-concrete hybrid structures.
Then, my PhD research work during the last three years provided me with a valuable insight on both Composite materials and Finite Elements method.
Mes compétences :
Robot Structural Analysis
Microsoft Office : Word, Excel, PowerPoint
Abaqus/CAE
AutoCAD
MATLAB
Cast3m
Langage de programmation : C/C++, HTML
Pas de contact professionnel