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
- Thesis offer – ANR – Mise en œuvre de composites à fibres naturelles – Approche multi-échelles et multi-physiques
- Thesis offer – Vibration reduction of an offshore wind turbine situated in a seismic area and subjected to environmental loads
Consult also the platform Thèses en Bretagne Loire
Thesis defenses coming soon
Thesis defense – Ramon Alcala Ochoa ‘Numerical modeling of rigid inclusions foundations subjected to seismic loading’
Tuesday 5 December à 9 h 00 - 10 h 00
Past thesis defenses
Thesis defense – Juliette Theodore ‘Accommodation of residual stresses and strains in thick multi-pass welds by introducing variability in filler metal composition’
Thesis defense – Vincent Lacoma ‘Environmental assessment of composite manufacturing processes for the multi-criteria analysis of manufacturing systems : methodologies, tools and applications’
Thesis defense – Alaa Lakiss ‘Arbitrary High Order Accurate Discontinuous Galerkin Material Point Method’
Thesis defense – Gabriela Soares-Gambarini ‘Influence of highly contrasted dual-scale porosity carbon interlock fabrics on permeability, flow-induced deformation and saturation during CRTM process’
Thesis defense – Quynh Chau Truong ‘Probabilistic modeling and optimization of repair strategies for sustainable maintenance of reinforced concrete structures subjected to chloride ingress’
Thesis defense – Pauline Bourda ‘Experimental characterisation and numerical modelling of the assembly of welded thermoplastic composite structures’ behaviour from quasi-static to dynamic’
Thesis defense – Valentin Jeanneau ‘Elasticity tensor and elastic limit criteria of periodic architectured media’
Thesis defense – Rana Al Nemer ‘Effect of two-phase fluid percolation on remodeling of geo-materials’
Thesis defense – Manisha Chetry ‘Advanced reduced-order modeling and parametric sampling for non-Nextonian fluid flows’
Thesis defense – Imane Elkhaldi ‘Effets de la composition des liants bas carbone sur l’hydratation et la durabilité des bétons : vers un indicateur de performance en lien avec l’empreinte carbone’
Thesis defense- Ziad Maksassi ‘Effect of bio-colonization on the thermal behavior of dynamic electrical cables of floating wind turbines’
Thesis defense – François Mahé ‘Statistical mechanical framework for discontinuous composites : application to the modeling of flow in SMC compression molding’
Thesis defense – Raphaël Langlois ‘Non-parametric evaluation of stress fields for history-dependent materials : Formulation, Validation and Applications”
Thesis defense – Paul Lacorre ‘Study of pressurized membrane panels’
Thesis defense – Junior Tchiotsop ‘Experimental and numerical studies of the variability of hygrothermal properties effects on the coupled heat and moisture transfer through a cob wall: material and wall scales’
Thesis defense – Sarah IAQUINTA ‘Influence des propriétés mécaniques et géométriques de nanoparticules sur leur ingestion par les cellules cancéreuses’
Thesis defense – Ilhame Harbouz ‘Rheo-mechanical behavior of cement-based materials used for 3D printing applications’
Thesis defense – Farah Kaddah ‘Étude multi-échelles de la carbonatation des granulats de béton recyclés : nouvelles méthodes de caractérisation et modélisation’
Thesis defense – Amélie Moisy ‘Anisothermal capillary impregnation and polymerization of thermosetting resin in composite electric rotor winding: experimental characterization, modeling & simulation of the multi-physicalcoupling’
Thesis defense – Androniki-Anna DOULGEROGLOU ‘A novel macroelement to assess the vulnerability of reinforced concrete frame stuctures under severe dynamic loadings’