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Benjamin MAILHÉ

FLORIANÓPOLIS

En résumé

Mechanical engineer specialized in the study and modelling of the complex behaviour of materials, I recently obtained my Ph.D. in the Electrical Engineering department of the Federal University of Santa Catarina (Brazil). Within this context, I am looking for some opportunities to apply my knowledge in industry or academy.

Diploma : Mechanical Engineering (Master's degree), spec. Materials and Technological Innovations, Ph.D in Electrical Engineering (electromagnetism and electromagnetic material)

Knowledge areas: complex behaviour of materials; composite materials; computational science; coupled behaviour laws/models; electromagnetism; experimental analysis; experimental bench development; finite element method; general mechanics; metals corrosion and oxidation; magnetostriction; metallurgy; numerical modelling; polymers; signal conditioning; structural analysis.

Mes compétences :
CAO
Modélisation 3d
Modélisation mathématique
Éléments finis
Matériaux composites
Matériaux Plastiques
Métallurgie
Matériaux de construction
Matlab
LaTeX
Mécanique générale
Mécanique Matériaux Structure
Métaux
Oxydation - Corrosion
Qualité
Recherche scientifique
Recherche et Développement
Conception mécanique
Ergonomie
Gestion de projet
Adobe Suite
Office Suite
Modélisation
Polymères
Matériaux

Entreprises

  • Ingeniería Creativa - ICREA - Research Consultant

    2019 - maintenant Specialist in Finite Element Method (FEM).
    Specialist in Electromagnetism, Mechanics and Materials.

  • EDF Energy - EDF Groupe - Research engineer

    2012 - 2013 Research on the feasibility of modelling automatically brittle crack propagation in graphite bricks, with different numerical methods. Understanding and implementation of a complex UMAT (User MATerial) law into the finite element code Code_Aster, to take into account the effects of irradiation, radiolytic oxidation and temperature cycling on the development of internal stresses in graphite bricks.

  • CIRIMAT - UMR CNRS 5085, Partenariat AIR LIQUIDE - Final Year Project - Protection against metal dusting corrosion phenomenon

    2012 - 2012 1/ Study and evaluate the behaviour of different pairs of {alloy + coating} in different environments :
    - Large and short time oxidation;
    - High temperature (and high pressure) corrosion.

    2/ Propose and optimize different choices of material and coatings for application in devices submitted to metal dusting corrosion conditions, in particular in syngas (mix of H and CO) production units.

  • NTN - SNR - R&D internship

    Annecy 2010 - 2011 Research on the water absorption mechanism of thermoplastics and its influence on mechanical properties in composite materials. Development of a prediction tool to evaluate the absorption rate of an industrial part, under given environment conditions.

  • Cooper Power Tools S.A.S. - Technical internship

    2008 - 2008

Formations

  • UFSC - Universidade Federal De Santa Catarina (Florianopolis)

    Florianopolis 2014 - 2018 Ph.D.

    Characterization and Modelling of the Magnetic Behaviour of Electrical Steel Under Mechanical Stress

    The aim of the project is to characterize and model the response of soft electromagnetic materials under mechanical loading below yield strength. The subject is thus divided in two main parts:

    1/ Design and building of a standardized characterization device to measure the effects of applied unidi

  • Universidad Simón Bolívar USB (Caracas)

    Caracas 2011 - 2011 Exchange semester, Material Engineering

  • Université De Technologie De Compiègne (UTC)

    Compiegne 2007 - 2012 Engineering Degree (Master's Degree), Mechanics - Specialization in Materials and Technological Innovations

  • European Campus Sainte Thérèse

    Ozoir La Ferriere 2004 - 2007 Bac S - SVT, spécialité Physique - Chimie

Réseau

Annuaire des membres :