Mariam JADAL, Assistant Professor at the International University of Rabat, obtained her Ph.D. from the University of Nantes in 2021. She specialized in the field of thermal energy storage utilizing phase-change materials with enhanced thermal conductivity. Her expertise in this domain is demonstrated by significant contributions published in some of the leading scientific journals to the committee.
Moreover, she was honored with the prestigious "Biot-Fourier" award in 2018, recognizing the best communication at the French Thermal Congress. Concurrently, she contributes to the academic community by teaching in in fields focusing on thermal and energy studies.
- 2020 – 2021: Qualification awarded by the National Council of Universities (CNU)Section: Energetics, Process Engineering (62)
- 2016 - 2020: Phd in Thermal Energy at University of Nantes (44)Hosting Laboratories: Laboratoire Thermique et Energie de Nantes (LTeN) and Icam de NantesTitle: Thermal characterization of a latent heat storage exchanger made of a phase change material in a conductive structure
- Thermal storage by latent heat
- Thermo-physical characterization of phase-change materials
- Crystallization kinetics
- Heat exchangers
- Aging
- Mariam JADAL, Jérôme SOTO, Nicolas BOYARD, Didier DELAUNAY, “Experimental determination of crystallization kinetic model of CENG-PCM composite material. Validation at macro and meso scales”, Thermal Science and Engineering Progress Journal, 2022
- Mariam JADAL, Jérôme SOTO, Didier DELAUNAY, “Thermal conductivity evolution of a Compressed Expanded Natural Graphite – Phase change Material composite after thermal cycling”, Thermal Science and Engineering Progress Journal, 2021.
- Jérôme SOTO, Mariam JADAL, Nicolas DE GUYENRO, Didier DELAUNAY, “Thermal cycling aging of encapsulated Phase Change Material – Compressed Expanded Natural Graphite composite”, Thermal Science and Engineering Journal, 2020.
- Mariam JADAL, Didier DELAUNAY, Lingai LUO, Jérôme SOTO, Nicolas BOYARD, “Hybrid analytical and finite element formulation of a latent heat storage exchanger simulation: Comparison of heat transfer models for enhanced thermal conductivity phase change material”. Begell house - digital library, International Heat Transfer Conference, 2018, DOI: 10.1615/IHTC16.ecs.023118 - pages 4335-4342.
- Thermodynamics
- Fluid Mechanics 1
- Renewable Energy Systems: Solar Thermal
- Renewable Energy Systems: Biomass
- Inverse Method and Flux Metrology
- Applied Fluid Mechanics