index - Laboratoire de Thermique et Energie de Nantes

Thermal and Energy Laboratory of Nantes

 

polytech4The Thermal and Energy Laboratory of Nantes (LTeN) is one of the 7 laboratories of Polytech Nantes, the engineering school of the University.

The LTeN is a joint research unit of the University of Nantes and the CNRS. The laboratory staff is approximately 75 people. Since its creation in 1967, the unit has had a strong thermal identity, recognized as such at national and international level, as well as by the industrial fabric.

Laboratory located in an engineering school, at the heart of the INSIS Institute of the CNRS, the scientific and technological obstacles that we seek to remove are of course raised by the applications. Our environment is favorable to the development of a dynamic based on the classic triptych of teaching-research-industry.

The laboratory is organized around two research axes:

      • Transfers in fluids and energy systems
      • Heat transfers in materials and at interfaces.
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Thermal conductivity Coalescence Concentrating solar power CSP Manufacturing process Crystallization Microfluidics Mass transfer Liquid Piston LP Rheology COLLAGE Advection chaotique And modeling Caractérisation Carbon fiber Convective heat transfer Aneurysm Carbopol PEKK Process intensification Cinétique BITUME MATERIAU Adhésion Energy storage Characterization Overmoulding Thermal management Environmental impact Plasmon Wall slip Thermal energy storage Chemical reactor Flow distribution Heat exchanger Composite thermoplastique Flow maldistribution Cristallisation 3ω method Algorithme génétique Inverse method Thermoplastic composites Exergy analysis Thermoplastic composite Carbon capture Experimental Heat transfer enhancement Aeolian transport Thermal contact resistance Parallel computing Perforated baffle Radiation Composite Inverse problem CFD Heat transfer Radiative properties Vortex generator Microchannel Conductive-radiative transfer Multifunctional heat exchanger Discrete-scale approach Finite element analysis Biofouling Sensitivity analysis Modeling LIF Thermoplastic Carbon fibers PIV Composites Optimisation Modelling Active mixer Building Thermomechanical Microgrid Emulsion Chaotic advection Chemical shrinkage Antifreeze Thin films Adhesion 2D materials Coating Optimization Curing Newton-Raphson Atomization Micro-mixing Latent heat Radiative transfer Heat transfer coefficient Micro-explosion Thermal energy storage TES Compressed air energy storage CAES Aeolian sand transport ENROBE Mixing Phase change material Parallel channels