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Mostapha Tarfaoui

Prof. Mostapha Tarfaoui

ENSTA Bretagne

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Mostapha Tarfaoui is an expert in composite/nanocomposite materials. His primary expertise is developing robust, reliable, and sustainable material solutions based on carbon nanotubes, graphene nanoparticles, and carbon black, implementing new concepts and technologies on an industrial scale. His research activities articulate the development of experimental, theoretical, and numerical approaches to better describe the elastic behavior of damaged composite/nanocomposite material under dynamic loading in terms of the dynamic response and kinetics of damage. The highlight of his work is the comprehension of the appearance and evolution of damage. He aims to better describe, simulate, and optimize the macroscopic behavior of nano/composite materials by using multi-scale approaches and integrating different microstructure aspects.

Research Keywords & Expertise

Finite Element Analysi...
multifunctional materi...
Composite and Nanocomp...
Mechanical, Thermal an...
Damage modelling

Short Biography

Mostapha Tarfaoui is an expert in composite/nanocomposite materials. His primary expertise is developing robust, reliable, and sustainable material solutions based on carbon nanotubes, graphene nanoparticles, and carbon black, implementing new concepts and technologies on an industrial scale. His research activities articulate the development of experimental, theoretical, and numerical approaches to better describe the elastic behavior of damaged composite/nanocomposite material under dynamic loading in terms of the dynamic response and kinetics of damage. The highlight of his work is the comprehension of the appearance and evolution of damage. He aims to better describe, simulate, and optimize the macroscopic behavior of nano/composite materials by using multi-scale approaches and integrating different microstructure aspects.

Honors and Awards

ENERGY GLOBE AWARD - 2019

There is still a strong demand for deicing techniques that are light, and at the same time, with low maintenance and manufacturing costs, low power consumption, reliable operation, and little or no change in design requirements. This self-heating CNT Bucky paper-GE composite provides excellent electric heating properties at different temperature with a rapid heating reaction and structure stability after heating-cooling cycles.

Advantage Austria


Recherche – Projets du futur

Nanotechnologie et système intelligent de dégivrage

Fondation BPO


Engineer title Honoris Causa

International University of Agadir


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