Co-author Network
Co-researcher Network
sample of publications
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articles
- Solar power tower plants with Bimetallic receiver tubes: A thermomechanical study of two- and three-layer composite tubes configurations. Energy. 283:1-19. 2023
- Influence of eccentricity on the thermomechanical performance of a bayonet tube of a central solar receiver. APPLIED THERMAL ENGINEERING. 223:1-19. 2023
- Impact of a mechanical attachment on the preheating temperatures of a central receiver tube. APPLIED THERMAL ENGINEERING. 215:1-15. 2022
- Preheating of solar power tower receiver tubes for a high-temperature chloride molten salt. APPLIED THERMAL ENGINEERING. 216:1-19. 2022
- Experimental determination of the convection heat transfer coefficient in an eccentric annular duct. EXPERIMENTAL THERMAL AND FLUID SCIENCE. 136:1-9. 2022
- Thermal stress and fatigue damage of central receiver tubes during their preheating. APPLIED THERMAL ENGINEERING. 195:117115-1-117115-15. 2021
- Thermal and mechanical stresses in bayonet tubes of solar central receivers working with molten salt and liquid sodium. Results in Engineering. 5:100073-1-100073-9. 2020
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conference contributions
- Convection heat transfer coefficient study in a bayonet heat exchanger 2022
- Multiresolution analysis of the thermal stresses in an absorber bayonet tube for SPT receivers. 030029-1-030029-8. 2020
- Effect of eccentricity on the thermal stresses in a bayonet tube for solar power tower receivers. 030041-1-030041-8. 2019
- Comparación del comportamiento térmico del flujo de sales y sodio fundido en tubos bayoneta de receptores solares de torre central. 209-216. 2018
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Comparación
del Comportamiento Térmico del Flujo de Sales y Sodio Fundido en Tubos Bayoneta
de Receptores Solares de Torre Central. 209-216. 2018 - Comparison of the heat transfer characteristics of molten salt, liquid sodium and supercritical CO2 in bayonet tubes of solar tower receivers. 1-8. 2018
- Effect of eccentricity on the hydrodynamics and heat transfer of molten salt in bayonet receivers for solar power towers. 1-9. 2018
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theses