More than 100 PhD students are preparing a thesis in the different teams of the laboratory within the framework of the Doctoral school (ED) Engineering and Systems Sciences (SIS).
Visit the ED SIS website for more information on the doctoral school, the training courses offered, funding, contacts…
The GeM is integrated in the EMJD SEED Simulation in Engineering and Entrepreneurship Development consortium, which finances theses in international co-supervision between the partners. More info…
Thesis offers
- PhD offer – Project ADEME TATTOO – Valorisation of flax co-products for structural composites: experimental study and multi-scale modelling of the residual mechanical properties of composites, taking into account the different physics involved in the transformation of the material
- PhD offer – Project ADEME TATTOO – Recycling flax co-products for structural composites: experimental study and modelling of the thermo-hygro-mechanical behaviour of ‘dry’ fibre reinforcements
- PhD offer – Project ADEME TATTOO – Valorization of flax co-products for structural composites: experimental study and modeling of the compressibility behavior of fibrous reinforcements during composite manufacturing
Consult also the platform Thèses en Bretagne Loire
Thesis defenses coming soon
There are no upcoming events.
Past thesis defenses
[Thesis defense] Lamia Mersel ‘Phase field model for dynamic damage and fracture analysis through a fully explicit time integration’
[Thesis defense] Awen Bruneau ‘From packing to consolidation: a numerical model to generate and consolidate random packing of thermoplastic composite chips’
[Thesis defense] Jinane Murr ‘Data-Driven Fracture and Thermodynamic Modelling of Cement Paste at Micro Scale: Towards Microstructure Informed Cement Design’
[Thesis defense] Valentin Ledermann ‘Fluid-structure modeling of the atmospheric reentry of space debris’
[Thesis defense] Ningyue Sheng ‘From effective elastic properties to ultrasonic attenuation : a statistical approach for characterizing random finite-sized polycrystals’
[Thesis defense] Mahmoud Nacer-eddine Hamdadou ‘Étude du comportement des matrices cimentaires à base de matériaux recyclés du jeune âge à long terme’
[Thesis defense] Gayelle Fahed ‘Understanding of the interactions between hydrates and pore solution to predict the evolution of transport properties during the propagation of seawater in low carbon cementitious materials.’
[Thesis defense] Yameng ji ‘3D printing of building materials – application to the construction of the structural walls of buildings’
[Thesis defense] Yassine Belarbi ‘Étude expérimentale et numérique du comportement hygrothermique et de la performance énergétique des bâtiments en terre crue sous différents climats’
[Thesis defense] Ghita BAHAJ FILALI ‘Analysis of fatigue crack propagation with overload effects’
[Thesis defense] Benoit Lagain ‘Magnetic pulse assembly and disassembly of hybrid metal composite structures for ballistic protection’
[Thesis defense] Tarek Mesto ‘Development of a new additive manufacturing process by binder jetting with a one-degree-of-freedom robot applied to sand casting’
[Thesis defense] Hugo Madeira ‘Durability of elastomers during oxidative and marine ageing’
[Thesis defense] Tijana Kavrakova ‘Material characterisation and scaffold properties of tubular constructs for tissue engineering of blood vessels’
[Thesis defense] Lucile Pigeot ‘Multi-scale investigation of curing stress effect on the behavior of lime and hydraulic binder stabilized silt’
[Thesis defense] Lucie Calmettes ‘Shape measurement of 3D architectural materials from X-rays radiographs using a virtual image correlation method’
[Thesis defense] Jorge Piedra Dorado ‘Toolpath generation and manufacturing methodologies for hybrid manufacturing of metallic parts with WAAM and machining’
[Thesis defense] Ahmad Morsel ‘Experimental testing of masonry structures subjected to extreme loads’
Thesis defense – Nazih Assaad Al Ayoubi ‘Multi-scale modeling of fiber orientation in coupled fiber-reinforced viscous polymer systems’
[Thesis defense] Héloïse Dandin ‘A graph-based model-free data-driven computing approach for inelasticity. Application to elastoplasticity’