Gestion thermique des batteries Li-ion par l'utilisation de matériaux à changement de phase

Multi-Fidelity Simulation and Uncertainty Quantification Main PhD project overview 2018-2021 Numerical Simulation of Battery Thermal Management Systems BTM : High-Fidelity Model HF

The Figure 1 shows the effect of the solid phase diffusion over the practical retained capacity for a galvanostatic discharge, while in Figure 2 shows the voltage drop and

Maintenant que nous disposons d’une méthode rigoureuse pour caractériser des MCP, l’enjeu va consister à estimer les performances d’un matériau réel dans des

Le canal KAT1, qui est exprimé dans la cellule de garde d'Arabidopsis (Véry et Sentenac, 2002), deviendra le canal modèle pour les analyses des relations structure-fonction chez

The model is validated by comparing to experimental results in two main aspects; air flow behaviour close to cell surface at different initial cooling air velocities and

Herein, we report the electrochemical performance of the cubic cubanite, so-called isocubanite CuFe 2 S 3 , as the rst ternary metal sulde electrode material for lithium

The importance of lithium-ion batteries (LIBs) in the development of a wide variety of modern electricity-driven devices, from microelectronics to electric vehicles

A lumped model representing the main thermal phenomena in the cell, in and outside the casing is proposed.. Most of the parameters are determined analytically, using physical