PhD Vacancies
CIFRE PhD position with VOLVO group about predictive maintenance
The development of new powertrains associated with electromobility solutions leads to an interest in more complex powertrain architectures that potentially integrate a wide variety of sensors. The work envisaged will seek to cross-reference the data from these different sensors (speed, temperature, electrical currents, etc.) in order to c.... More Details
from Tuesday 21 September 2021 to Friday 31 December 2021
Contact : Didier Remond
Thèse de type Institut Carnot Ingénierie@Lyon Projet HYPE - Absorbeurs de vibrations hybrides non linéaires.
Hybridation et pompage énergétique : vers une nouvelle classe d'absorbeurs de vibrations.
Mots-clés : Absorbeurs de vibrations, Dynamique et vibrations non linéaires, Contrôle hybride, Smart structures.
Thèse de type ANR sur le Contrôle in-situ des procédés de fabrication additive métallique LMD-p et WAAM
Contact : Nicolas Tardif
Post Doctoral Vacancies
Écoulement de polymères chargés en fibres dans des buses d’imprimantes 3D
Contact : Pierre Dumont
Caractérisation de matériaux isolants biosourcés
Les objectifs scientifiques de ce projet sont de mieux comprendre l’architecture 3D de matériaux composites biosourcés isolants à base de mucilage et de fibres de lin afin de la relier aux propriétés effectives thermiques et mécaniques à partir de modèles analytiques ou nu.... More Details
Contact : Dominique Baillis - Doermann
Shear band and damage formation in soda-lime and boro-silicate glasses in atomic-scale models
The position is focused on developing a molecular dynamics model for shear banding in soda-lime and boro-silicate glasses. The candidate will identify the elementary mechanism responsible for this localization and improve constitutive relationships for a ductile phase-field model. Finally, she/he will determine the material parameters for.... More Details
from Saturday 01 January 2022 to Saturday 31 December 2022
Contact : Gergely Molnar
Brittle to ductile transition in silicate glasses using the phase-field model
The position is focused on the development of a phase-field model to simulate shear banding. The candidate will implement a suitable yield criterion with the phase-field method to model shear bands in soda-lime and borate glasses. She/he will develop a phase-field finite element model for indentation experiments and identify the critical .... More Details
from Saturday 01 January 2022 to Saturday 31 December 2022
Contact : Gergely Molnar