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Li (2014)
Approach and Development of Effective Models for Simulation of Thermal Stratification and Mixing Induced by Steam Injection into a Large Pool of Water and Technology of Nuclear InstallationsScience
H. Zhang, F. Niu, Yu Yu, Shuming Zhang, Han Wang, Zhi Gang (2015)
Modeling and experimental studies on mixing and stratification during natural convection in containmentsAnnals of Nuclear Energy, 85
Hua Li, W. Villanueva, P. Kudinov (2014)
Approach and Development of Effective Models for Simulation of Thermal Stratification and Mixing Induced by Steam Injection into a Large Pool of WaterScience and Technology of Nuclear Installations, 2014
Seok-Ki Choi, Tae-ho Lee, Y. Kim, D. Hahn (2013)
NUMERICAL ANALYSIS OF THERMAL STRATIFICATION IN THE UPPER PLENUM OF THE MONJU FAST REACTORNuclear Engineering and Technology, 45
M. Abadie, M. Camargo, K. Mendonça, P. Blondeau (2012)
Improving the prediction of zonal modeling for forced convection airflows in roomsBuilding and Environment, 48
S. Gilani, H. Montazeri, B. Blocken (2013)
Cfd Simulation Of Temperature Stratification For A Building Space: Validation And Sensitivity AnalysisBuilding Simulation Conference Proceedings
Choi (2013)
Numerical analysis of thermal stratification in the upper plenum of the monju fast reactor and Technology issNuclear Engineering
Abadie (2012)
de Improving the prediction of zonal modeling for forced convection airflows in rooms Building and Environment
Gilani (2013)
Blocken CFD simulation of temperature stratification for a building space : validation and sensitivity analysis th Conference of International Building Performance Simulation Association, 13
AbstractThe basic aim of the task is to compile a temperature stratification system in an accumulation tank. The range of the thesis concerns the shape and dimensions of a stratification system for an accumulation tank. Thermal stratification is a process that comprises the maintaining of temperature stratification at different levels of an accumulation tank which reduce to a minimum the process of temperature equalization. It results from the fact that the thermal stratification in a tank significantly increases the installation efficiency and improves the process of energy storing. It is connected with a thermodynamic element quality, that is the higher the temperature, the higher the energy, and, thus, the thermos-dynamic element quality. In this phenomenon, thanks to the same amount of accumulated thermal energy and average temperature, as in a fully mixed tank, the user has a higher temperature in the upper part of the tank at his disposal. It has significant importance in the case when there is a low-temperature heating medium that transfers heat to the accumulation tank. Such a situation occurs when heat is absorbed from synthetic freons used in cooling and air-conditioning systems.
Archives of Electrical Engineering – de Gruyter
Published: Sep 1, 2017
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