| 17/09/2026 | | | | 11:00 | | | | Salle de conférence | | |
| | Frederic Rousset (Université Paris-Saclay) | | | | | | | | | | | | Gestion: Francesca |
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| 24/09/2026 | | | | 11:00 | | | | Salle de conférence | | |
| | Ksenia Kozhanova (LJAD) | | | | | | | | | | | | Gestion: Francesca |
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| | Anne-Laure Dalibard (Sorbonne Université) | | | | | | | | | | |
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| 11/26/2026 | | | | 11:00 | | | | Salle de conférence | | |
| | Mejdi Azaiez (INP Bordeaux) | | | | A monolithic numerical model of solid-liquid phase change problem | | | | In latent heat storage, certain non-phase change materials (non-PCMs) with high thermal conductivity are incorporated into the phase change materials (PCMs) with the aim of enhancing the efficiency of heat/cold storage. We term this type of non-PCMs as “enhancer”, which includes materials like graphite and copper foam, usually with a complex skeleton structure. In this talk, we propose a phase field model to describe the solidification and melting phenomena of PCMs with enhancer from a microscopic point of view. Our model is governed by the energy equation coupled with the Allen-Cahn equation. A penalty technique is applied in the Allen-Cahn equation to describe the complex structure of the non-PCMs. We use the concept of thermal resistance to define the boundary condition on the contact interface of two materials to ensure the temperature jump. Thanks to the hybrid dual formulation, the temperature can be solved as a monolithic function while satisfying the temperature jump on the material interface. In temporal discretization, a numerical scheme is developed to decouple the phase field from the temperature. In the spatial discretization, the hybrid finite element method, the Raviart-Thomas elements are used to solve the temperature and to satisfy the temperature jump on the interface. 2D and 3D simulations are carried out for both melting and solidification processes of a fossil based organic PCM, RODATHERM60 in the graphite skeleton on different porous structures to validate our model.
| | | | Gestion: Francesca |
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| 15/10/2026 | | | | 11:00 | | | | Salle Fizeau | | |
| | Vanessa Lleras (Univ. de Montpellier) | | | | | | | | | | | | Gestion: Francesca |
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| 22/10/2026 | | | | 11:00 | | | | Salle de conférence | | |
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| 05/11/2026 | | | | 11h | | | | Salle de Conférence | | |
| | Matthieu Cadiot () | | | | | | | | | | | | Gestion: Joris |
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| 12/11/2026 | | | | 11:00 | | | | Salle de conférence | | |
| | Datong Zhou (LJAD) | | | | Kinetic theory on networks: from interacting particles to deep learning | | | | | | | | Gestion: Joris |
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| 19/11/2026 | | | | 11h | | | | Salle de Conférence | | |
| | Annamaria Massimini () | | | | | | | | | | | | Gestion: Joris |
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| 26/11/2026 | | | | 11:00 | | | | Salle de conferences | | |
| | Mejdi Azaiez (INP Bordeaux) | | | | | | | | | | | | Gestion: Francesca |
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| 03/12/2026 | | | | 11:00 | | | | Salle de conférence | | |
| | Pierre Maréchal (Univ. de Toulouse) | | | | | | | | | | | | Gestion: Joris |
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| 10/12/2026 | | | | 11:00 | | | | Salle de conférence | | |
| | Mingdong He (University of Oxford) | | | | | | | | | | | | Gestion: Francesca |
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| 11/02/2027 | | | | 11:00 | | | | Salle de conferences | | |
| | Laurent Bruneau ( Cergy Paris Univ.) | | | | | | | | | | | | Gestion: Francesca |
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| 11/03/2027 | | | | 09h-18h | | | | Salle de conférences | | |
| | Michele Coti Zelati (Imperial College) | | | | Mini-series of lectures on Dynamo theory (workshop ANEDP x MNDF) | | | | | | | | Gestion: Isabelle et Florence |
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