A thesis in mechanical engineering?

The objective of this dissertation is therefore to propose an innovative computational strategy, based on a domain decomposition method and parallel computing, for the numerical simulation of rotating electrical machines.

The objective of this thesis is to develop an efficient computational strategy for solving a wide range of similar multiphysics problems. The method is based on a combination of the LATIN-PGD method and leverages previously performed calculations to address a new set of parameters.

The goal of this dissertation is to develop hybrid approaches to simulation that leverage data-driven methods, such as neural networks, while usefully supplementing them with physically meaningful solutions derived, for example, from model reduction techniques.

The objective of this proposed thesis is to characterize and model the behavior of soft magnetic materials used in the design of electric machines, in order to account for the impact of the manufacturing process on performance

The objective of this thesis is to conduct a detailed experimental study using 3D surface and 3D volumetric measurements to analyze crack propagation in polymer and metallic materials produced by extrusion.

The objective is to develop analytical and numerical models of the thermomechanical fatigue of interconnect wires within an epoxy resin insulator when the chips in the power module are subjected to temperature cycling or a random temperature profile.

The goal of this dissertation is to develop an approach for simulating the anisotropy of ice and its evolution in large-scale models.

The objective of this dissertation is to propose a criterion for predicting the failure of UD pleats composed of a carbon-fiber-reinforced thermoplastic matrix and subjected to long-term thermomechanical loading.

The objective of this dissertation is to develop manufacturing strategies that combine concentrated-energy additive manufacturing with 5-axis machining, as well as the associated digital workflow.

The objective of this dissertation is to use surface and internal ocean data, as well as fields derived from numerical models, to generically characterize the 3D structure of mesoscale eddies, quantify their main interactions with their environment, and assess the resulting tracer exchanges.

The objective of this dissertation is to gain a better understanding, through laboratory experiments and 3D multiphase numerical models, of the physical processes responsible for sediment dynamics and transport in the nearshore jet zone.

The objective of this dissertation is to analyze, model, and simulate the entire pedaling motion (including the upper body) under real-world field conditions in order to improve cyclists’ performance on the track and prevent injuries

The goal of this dissertation is to develop a generic mechatronics methodology suitable for the design of various robots and based on common, open-source AI tools.

The goal of this dissertation is to define a framework for mixed-initiative planning and control that provides humans and multi-robot systems with the tools necessary for effective collaboration