3D modelling of the respiratory system from medical images and numerical simulation of the effects of breath-hold diving.Creation of a tool to generate a 3D representation (mesh) of the couple Lung / Bronchial tree from medical images (CT-Scan). These meshes are then used for numerical simulations based on finite elements to simulate competitive freediving.The project is divided into 4 main stages:- Segmentation, via Deep Learning algorithms, of the lung lobes and the first generations of the bronchial tree from CT scans.- Creation of surface meshes associated with the different segmentations via the "Marching Cubes" method- Generation of the bronchial tree and its associated mesh. The algorithm developed is based on volume filling with morphometric and physiological constraints.- Creation of a lung compression model to simulate competitive freediving. The model was then implemented, via the finite element method, to generate numerical simulations.

Preparation of a PhD on the study of the respiratory system: modelling of the respiratory system, simulation of different mechanical aspects of breathing (deformation of the lungs, air flow in the bronchi). This is in order to obtain a more effective detection and treatment of different pathologies (asthma, tumor,...)

Preparation of a PhD on the study of the respiratory system: modelling of the respiratory system, simulation of different mechanical aspects of breathing (deformation of the lungs, air flow in the bronchi). This is in order to obtain a more effective detection and treatment of different pathologies (asthma, tumor,...)

Preparation of a PhD on the study of the respiratory system: modelling of the respiratory system, simulation of different mechanical aspects of breathing (deformation of the lungs, air flow in the bronchi). This is in order to obtain a more effective detection and treatment of different pathologies (asthma, tumor,...)

Modélisation numérique de différents poumons à partir de CT-Images, et étude des pressions exercées lors d'un cycle respiratoire

Mechanical study of the lung and the bronchial tree

Modeling of the lungs and bronchitis tree in C++ with the help of Axel software (Inria) for the VADER project at the Université de la Côte d'Azur.An animation part is also programmed to observe the deformations during breathing.

Modélisation d'un doigt puis d'une main avec l'implémentation des mouvements de la main. Le langage utilisé est le C++ avec le logiciel Axel (développé par l'équipe Aromath) pour la partie visuelle

Help for the deliver of household equipment (Fridge, washing machine, dishwasher,...).Help for the setting-up and the commissioning of the equipment.