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PhD theses currently under study

PhD Programme Computational Mechanics and Materials

Class of 2018


Karen Alvarado

Influence of Zenzer pinning phenomena on the size homogeneity of recrystallized grains: multi-scale approach and application to nickel-base superalloys. Computational Mechanics and Physics research unit [MSM team] and Metal Physics research unit [MSR team]

Ali-Malek Boubaya

Error estimator, mesh and artificial intelligence coupling for complex industrial multiphase flows. Computational Mechanics and Physics research unit [CFL team]

Charles Brissot

Multiscale/multifluid simulation of liquid-vapour-solid interactions. Computational Mechanics and Physics research unit [CFL team]

Junfeng Chen

Coupling Machine Learning and Computational Mechanics. Computational Mechanics and Physics research unit [CFL team]

Hazem Eldahshan

... Computational Mechanics and Physics research unit [CSM team]

Emile Hazemann

As-cast residual stresses and recrystallization in single-crystal nickel-based alloys. Metal Physics research unit [SP2/TMP teams] and Surfaces and Processes research unit [PSP]

Rémi Gérard

Aerothermics of industrial parts with Artificial Intelligence-assisted control and prediction. Computational Mechanics and Physics research unit [CFL team]

Hassan Ghraieb

... Computational Mechanics and Physics research unit [CFL team]

Joël Keumo-Tematio

Efficient computational platform for additive manufacturing by multiscale method and model reduction technique. Metal Physics research unit [TMP team]

Clément Laügt

Mechanical behavior of technical composites resin subjected to thermo-hydro-glycol ageing: Microstructure-property relationships. Polymers and Composites research unit [MPI team]

Mohamed Mahmoud

Numerical modeling of thin products forming under complex loads. Computational Mechanics and Physics research unit [CSM team]

Brayan Murgas

Towards a precise description of the mobility and its numerical integration in finite element modeling of recrystallization mechanisms. Computational Mechanics and Physics research unit [MSM team] and Metal Physics research unit [MSR team]

Yacine Nait Abdelaziz

Generation and homogenization of Representative Volume Element (RVE) for discontinuous reinforced composites: towards a better understanding about local mechanisms of deformation and damage. Computational Mechanics and Physics research unit [MSM team] and Polymers and Composites research unit [MPI team]

Ramy Nemer

Fluid structre interaction : modeling the membrane. Computational Mechanics and Physics research unit [CFL team]

Saoussen Ouhiba

Recrystallization of 6xxx aluminum alloys during hot rolling. Computational Mechanics and Physics research unit [MSM team] and Metal Physics research unit [MSR team]

Larissa Pinheiro de Brito

Microscopic mechanichal behavior of materials from manufacturing processes. Surfaces and Processes research unit [PSP]

Ichrak Rahmoud

Thermomechanical modelling of photovoltaic modules manufacturing processes. Acronym: THERMOD. Computational Mechanics and Physics research unit [MSM team], Polymers and composites research unit [MPI team] and Surfaces and Processes research unit [PSP]

Lucas Ravix

Controlled characteristics materials produced by wire + arc additive manufacturing. Metal Physics research unit [SP2/TMP teams]

Ahmed Roula

Analysis and modelling of spinning process for the control of forming of cooking items. Computational Mechanics and Physics research unit [CSM team]

Juhi Sharma

Microstructure evolution of the new VDM® Alloy 780 upon forging operations : mechanisms, kinetics and mean field modelling. Metal Physics research unit [MSR team]

Han Wang

Study of the solidification of lipsticks and the resultant mechanical behavior. Application of numerical simulation to the forming process. Polymers and Composites research unit [RMP team] and Metal Physics research unit [TMP team]

David Xu

Thermomechanical and thermodynamical analysis of the fused deposit modeling process. Polymers and Composites research unit [RMP team]

Chengdan Xue

Numerical metallurgy supporting arc welding processes: Virtual materials for mastering defects. Metal Physics research unit [SP2/TMP teams]

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

Ceramic pastes rheology for extrusion moulding.
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

Pierre-François Mougard-Camacho

"Etude de l'écoulement de pâtes céramiques pour l'extrusion de combustible nucléaire." Computational Mechanics and Physics [CFL team] and Polymers and Composites [MPI team] research units

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

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

Prashanth Thirunavukkarasu

"Analyse du comportement à la paroi de matrices polymères dans des conditions de mélange, et développement de lois." Polymers and Composites [RMP] and Computational Mechanics and Physics [CFL] research units

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]

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]

Romain Fleurisson

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

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]


 
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