Dr Karim Benzarti, Research Director at Université Gustave Eiffel (Navier Lab), is an expert in composite materials and their applications in the field of construction.
His cross-disciplinary skills covers both polymer chemistry, surface and interface physico-chemistry, mechanical properties and durability of heterogeneous materials.
He has published over 92 referenced papers and 12 book chapters (Scopus, h-index = 20) and guest-edited two special issues of Construction and Building Materials (Elsevier) in 2011 and 2019. He coordinates a National Project (ANR) and has been involved in several European projects.
His main research interests are concerned with:
- Durability of FRP composites & bonded assemblies used in construction (Externally bonded FRP, rebars, bonded connections)
- Bio-based composites with enhanced thermo-hygric properties
- Innovative polymer adhesives & matrices reinforced with nanoparticles (organo-clay, silica, CNT, graphene…)
- Quantitative & non-destructive inspection methods for bonded joints (IR thermography, shearography)
- SHM of concrete structures with Fiber Optic Sensors.
Dr Karim Benzarti, Research Director at Université Gustave Eiffel (Navier Lab), is an expert in composite materials and their applications in the field of construction.
His cross-disciplinary skills covers both polymer chemistry, surface and interface physico-chemistry, mechanical properties and durability of heterogeneous materials.
He has published over 92 referenced papers and 12 book chapters (Scopus, h-index = 20) and guest-edited two special issues of Construction and Building Materials (Elsevier) in 2011 and 2019. He coordinates a National Project (ANR) and has been involved in several European projects.
His main research interests are concerned with:
- Durability of FRP composites & bonded assemblies used in construction (Externally bonded FRP, rebars, bonded connections)
- Bio-based composites with enhanced thermo-hygric properties
- Innovative polymer adhesives & matrices reinforced with nanoparticles (organo-clay, silica, CNT, graphene…)
- Quantitative & non-destructive inspection methods for bonded joints (IR thermography, shearography)
- SHM of concrete structures with Fiber Optic Sensors.