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PhD theses currently under study

PhD Programme Computational Mechanics and Materials

Class of 2017


Fian Assemiem

Study and development of Ranque-Hilsch tube. Computational Mechanics and Physics research unit [CFL team] + PERSEE centre

Jules Baton

Mean field simulation of the recovery and recrystallization of pure tantalum after cold deformation. Metal Physics research unit [MSR team]

Yoan Bousses

Behaviour study and optimisation of dental composite biomaterials. Computational Mechanics and Physics research unit [CSM team]

Luiz De Paula Pereira

Mechanisms of oxygen bubble nucleation in nuclear waste glasses. Computational Mechanics and Physics research unit [CSM team]

Malik Durand

Analysis of the metallurgical mechanisms occurring in the AD730 alloy during stresses relaxation annealing. Computational Mechanics and Physics research unit [CSM team]

Sylvain Fenot

Modeling of asymmetric rolling and hot rolling interstand phenomena Surfaces and Processes research unit [PSP]

Sébastien Florez

"Calcul haute performance pour la modélisation de polycristaux à grand nombre de grains." Computational Mechanics and Physics [MSM team] and Metal Physics [MSR team] research units

Emilie Forestier

Processability of the polyethylene furandicarboxylate- biosourced polyester - for food packaging. Polymers and Composites research unit [MPI team]

Jean Furstoss

From crystal to boundary plate : numerical approach of peridotites healing Computational Mechanics and Physics [MSM team] and Metal Physics [MSR team] research units

Laure Giuliano

Enhancement of efficiency of CZTSSe photovoltaic cells by optimisation of cristalline structure of the active layer and creation of a band gap gradient. Surfaces and Processes research unit [PSP]

Tevi Mensah

Finite element methods for the simulation of radiative transfers in industrial furnaces. Computational Mechanics and Physics research unit [CFL team]

Corentin Perderiset

Study of the adhesion mechanisms in a bonded titanium / composite bonding with consideration of environmental aging. Polymers and Composites [MPI team] and Surfaces and Processes [PSP] research units

Chau-Thuy Pham

New 3D Finite-Element level-Set Framework for the modeling of Solid-Solid phase transformations and grain Interfaces for Large-Scale Polycrystals. Metal Physics research unit [MSR team]

Romane Quéré

Predicting limiting grain size post-grain growth in nickel based superalloys with complex distributions of gamma' precipitates. Metal Physics research unit [MSR team]

Alexis Queva

Numerical simulation of an Additive Manufacturing process. Metal Physics research unit [TMP team]

Clément Raimbault

Foaming of polyurethane injected on a porous medium. Computational Mechanics and Physics [MSM team] and Polymers and Composites [RMP team] research units

David Alejandro Ruiz Sarrazola

Improve numerical framework to model recrystalisation in context of strong anisotropies of mobility and grain boundary energy. Computational Mechanics and Physics [MSM team] and Metal Physics [MSR team] research units

Patrick Teyou

Model Order Reduction for interfacial flows. Computational Mechanics and Physics research unit [MSM team]

Prashanth Thirunavukkarasu

"Analyse du comportement à la paroi de matrices polymères dans des conditions de mélange, et développement de lois." Polymers and Composites research unit [RMP team]

Diego Uribe Suarez

Fracture mechanics on comets due to temperature gradients. Computational Mechanics and Physics research unit [MSM team]

Luc Vedie

Finite element simulation, at the microstructural scale, of homogeneous diffusion welding: crossing of the interface by grain boundaries. Computational Mechanics and Physics [MSM team] and Metal Physics [MSR team] research units

Marie-Anne Vidal

Experimental study and modeling of high-performance steels flow forming: from constitutive equations to damage criteria. Computational Mechanics and Physics research unit [CSM team]

Benoît Wittmann

"Caractérisation multi-physique de surfaces de polymères." Surfaces and Processes research unit [PSP]

Class of 2016


Ayoub Aalilija

Numerical simulation of solidification experiments for levitated steel samples, on ground and in the International Space Station. Metal Physics [SP2 team]/Computational Mechanics and Physics [CFL team] research units

Shitij Arora

Multi-field formulation for the numerical simulation of steady-state processes. Computational Mechanics and Physics research unit [CSM team]

Chahrazade Bahbah

Simulation of the quenching process and conservative interpolation from mesh to mesh. Computational Mechanics and Physics research unit [CFL team]

Wafa Daldoul

Moving and conformal mesh for complex geometries. Computational Mechanics and Physics research unit [CFL team]

Hanadi Ettroudi

Development of a 3D model of grain structure for determining the columnar-equiaxed transition. Metal Physics research unit [SP2 team]

Julien Fausty

Full field simulation and modeling of annealing twins using a finite element method applied to polycrystalline nickel based super alloys. Metal Physics [MSR team]/Computational Mechanics and Physics [MSM team] research units

Feng Gao

Characterization of metal constitutive behavior at high temperature and its application in modelling additive manufacturing SLM process. Metal Physics research unit [TMP team]

Manon Isard

Analysis of tribology phenomena in potentiometer or rheostat type mobile contact applications. Surfaces and Processes research unit [PSP]

Vincent Maguin

Modelling of freckles in SX nickel based alloys. Metal Physics research unit [SP2 team]

Gabriel Manzinali

A stopping criterion for iterative linear solvers in the framework of anisotropic adaptive finite elements. Computational Mechanics and Physics research unit [CFL team]

Laura Montalban

Study of wear mechanisms in elastomers. Application to belt drives. Surface and Processes research unit[PSP]

Alexis Nicolaÿ

Microstuctures and properties of screw press forged Nickel-based superalloys. Metal Physics research unit [MSR team]

Adrian Pineau

Modelling of Twinning Nucleation During Directionnal Solidification of Silicon. Metal Physics research unit [SP2 team]

Shaojie Zhang

Numerical simulation of mechanical interactions between liquid and solid phase in solidification processes. Metal Physics research unit [SP2/TMP teams]

Class of 2015


Gerry Agbobada

Experimental and numerical toolbox for the development of longer-lasting bulk-fill dental composites. Computational Mechanics and Physics research unit [CSM team]

Alban Bazile

Variational Adaptive Finite Element Formulation and Massively Parallel Computing for Aerothermal Industry Applications. Computational Mechanics and Physics research unit [CFL team]

Christophe Berto

Computer aided design of reconstruction surgery implants. Polymers and Composites/Computational Mechanics and Physics [CSM team] research units

Catheline Cazako

New protective coatings for thin film resistive components. Surface and Processes research unit [PSP]

Lucile Druel

Nanoporous organic and hybrid cellulose-based aerogels. Polymers and Composites research unit [BIO team]

Romain Fleurisson

Digital simulation of solidification experiments undertaken in the international space station. [CETSOL] Metal Physics research unit [SP2 team]

Fabien Goldspiegel

High speed nailing simulation for hybrid materials joining. Computational Mechanics and Physics research unit [CSM team]

Sophie Groult

Polysaccharide-based bio-aérogels. Polymers and Composites research unit [BIO team]

Ghalia Guiza

Fluid-Structure Interaction of the airship Stratobus. Computational Mechanics and Physics research unit [CFL team]

Ludovic Maire

Development by homogenization of a new mean field dynamic recrystallization (DRX) model. Computational Mechanics and Physics [MSM team]/Metal Physics [MSR team] research units

Antoine Potet

Numerical modelling of linear friction welding. Computational Mechanics and Physics research unit [CSM team]

Pierrick Rambaud

Computational modeling of post machining distorsions of aluminium aeronautical parts. Computational Mechanics and Physics research unit [CSM team]

Anthony Seret

Forging of nickel based superalloys: impact of the residual hardening on the response to thermal treatment. Metal Physics research unit [MSR team]

Victor Trejo Navas

Understanding, Observation, Modeling and Simulation of Ductile Damage Mechanisms. Computational Mechanics and Physics research unit [MSM team]

Suzanne Vernier

The microstructure evolution of the AD730 alloy during forging. Metal Physics research unit [MSR team]

Class of 2014


Romain Boulais-Sinou

Full field numerical modeling of dynamic recrystallization in a level-set framework. Computational Mechanics and Physics [MSM team] / Metal Physics [MSR] research units

Qiang Chen

Thermomechanical and microstructural modelling of the Selective Laser Melting (SLM) process - Application on ceramic materials. Metal Physics research unit [SP2/TMP teams]

Carlos Eloy Federico Fernandez

Study and modelling of the thermomechanical behavior of amorphous polymers with controlled molecular weights and crosslinking degree. Polymers and Composites research unit [MPI team]

Simon Garcin

Modelisation of the dendritic growth. Computational Mechanics and Physics [MSM] / Metal Physics research units [SP2 team]

Achraf Gharbi

Steady state formulation by multifield approach for rolling numerical simulation. Computational Mechanics and Physics research unit [CSM team]

David Martins

Study of TiAl Spark Plasma Sintering - from computational modelling to manufacturing. Computational Mechanics and Physics [CSM team] / Metal Physics research units [TMP team]

Danai Polychronopoulou

Spheroidization in titanium alloys: experimental analysis and numerical modeling. Metal Physics research unit [MSR team]

Class of 2013


Abdelouahed Chbihi

Understanding and tensorial modelling of microvoid closure mechanisms during hot metal forming processes. Computational Mechanics and Physics research unit

Aïcha Mikdam

Aging mechanisms of the welded area of HDPE pipes in the presence of disinfectant. Polymers and Composites research unit

Jessica Sari

Aerodynamic optimization of a buckled wing UAV. Computational Mechanics and Physics research unit

 


 
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