Unsteady laminar convection in cylindrical domains - Rodríguez, Ivette;Oliva, Assensi
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Thermal storage devices are widely used thermal solar systems. Their optimization and design is a key aspect for increasing the overall efficiency of the installations. In this sense, Computational Fluid Dynamics have been consolidated as a tool for providing researchers and engineers with a method to test virtually their prototypes with a reduction in time, personnel and resources. This work is focused in the numerical simulation of the unsteady natural convection phenomena applied to the study of stratified storage tanks.

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Produktbeschreibung
Thermal storage devices are widely used thermal solar systems. Their optimization and design is a key aspect for increasing the overall efficiency of the installations. In this sense, Computational Fluid Dynamics have been consolidated as a tool for providing researchers and engineers with a method to test virtually their prototypes with a reduction in time, personnel and resources. This work is focused in the numerical simulation of the unsteady natural convection phenomena applied to the study of stratified storage tanks.
Autorenporträt
Ivette Rodriguez is currently Associate Professor at the Technical University of Catalonia (UPC). She is carrying out her research at the Heat and Mass Transfer Technological Center (CTTC). Her research interests are solar thermal energy applications and computational fluid dynamics and heat transfer applied to transitional and turbulent flows.