Simulation of a CubeSat with internal heat transfer using Finite Volume Method
E Morsch Filho, LO Seman… - Applied Thermal …, 2021 - Elsevier
Estimating temperature is essential both to design reliable CubeSats and to keep it under
maximum operating efficiency. This paper presents the transient thermal simulation of a …
maximum operating efficiency. This paper presents the transient thermal simulation of a …
Unveiling impacts of heat flux distribution on forced convection in horizontal evacuated tubes
L Fan, B Zhang, Y Wang, Z Sun - Applied Thermal Engineering, 2024 - Elsevier
Integration of evacuated tubes with solar thermal desalination can significantly enhance
thermal efficiency and water production. To provide optimization strategies for such …
thermal efficiency and water production. To provide optimization strategies for such …
Thermo-hydraulic analysis of direct steam generation in a 500 m long row of parabolic trough solar collector using Eulerian two-fluid modeling approach
Direct steam generation (DSG) in the parabolic trough solar collectors is a potential
alternative for economic and performance improvement of the solar thermal system. This …
alternative for economic and performance improvement of the solar thermal system. This …
Nanofluid effect on dual-flow parabolic trough collector performance accompanies with passive technique using experimental data
AA Abbasian Arani, A Memarzadeh - … Methods for Heat & Fluid Flow, 2024 - emerald.com
Purpose Using passive techniques like twisted tapes and corrugated surface is an efficient
method of heat transfer improvement, since the referred manners break the boundary layer …
method of heat transfer improvement, since the referred manners break the boundary layer …
CFD Simulation of temperature distribution in a parabolic trough collector
EK Amal, EA Oumaima, A Elhassan - Applied Solar Energy, 2023 - Springer
The aim of this paper is to assess the thermal performance of a parabolic trough collector
where the thermophysical characteristics of the heat transfer fluid, the glass envelope, and …
where the thermophysical characteristics of the heat transfer fluid, the glass envelope, and …
Coupling of 3D thermal with 1D thermohydraulic model for single-phase flows of direct steam generation in parabolic-trough solar collectors
Estimating 3D temperature distribution around the heat collector element (HCE) is an
essential matter for the safety and efficiency of parabolic-trough solar collectors (PTC) due to …
essential matter for the safety and efficiency of parabolic-trough solar collectors (PTC) due to …
Numerical Modeling and Experimental Validation of Heat Transfer Characteristics in Small PTCs with Nonevacuated Receivers
A Ebolese, D Marano, C Copeta, A Bruno, V Sabatelli - Solar, 2023 - mdpi.com
The development of small-sized parabolic trough collectors (PTCs) for processing heat
production at medium temperatures (100–250° C) represents an interesting approach to …
production at medium temperatures (100–250° C) represents an interesting approach to …
Modélisation et optimisation des centrales solaires linéaires Fresnel à génération directe de vapeur
E Montanet - 2024 - theses.hal.science
Ce manuscrit aborde la modélisation numérique d'une installation commerciale utilisant la
technologie de concentration solaire linéaire Fresnel pour la production directe de vapeur …
technologie de concentration solaire linéaire Fresnel pour la production directe de vapeur …
Effect of Circumferential Grooves on Two-phase Flow in the Parabolic Trough Solar Collector
The temperature distribution in the absorber wall of the parabolic trough solar collector
(PTSC) affects its thermal efficiency and structural stability. The stratified flow regime in the …
(PTSC) affects its thermal efficiency and structural stability. The stratified flow regime in the …