The PhD project aims to contribute to the development of a fluidized-bed heat exchanger model in which the fluid to be heated circulates inside bundles of tubes immersed in the fluidized particles. This is an intermediate-scale model between a particulate approach in which the movement of each particle is simulated, and a global approach which describes the transfer solely on the basis of a parietal exchange coefficient.
Catégories
Phd thesis : Modeling of a fluidized-bed heat exchanger for integration in a solar power plant
