The Study of Coefficient of Performance and Energy Efficiency of the 50 Tons Tube Ice Maker Machine by Finding the Optimal Diameter of a Heat Exchanger Machine for Installing In the Tube Ice Maker Machine
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Elsevier BV
Reference23 articles.
1. Performance improvement of tubular-ice machine by reducing the feed water temperature with shell and tube heat exchanger;Nakornsri;Applied Mechanics and Materials,2014
2. Design study and cost assessment of straight, zigzag, S-shape,and OSF PCHEs for a FLiNaK–SCO2 Secondary Heat Exchanger in FHRs;In Kim;Annals of Nuclear Energy,2016
3. Weighted average of inlet and outlet temperatures in borehole heat exchangers;Beier;Applied Energy,2016
4. Towards a better understanding of 2D thermal-flow processes in a scraped surface heat exchanger;Błasiak;International Journal of Heat and Mass Transfer,2016
5. Refrigerant and lubricant charge in air condition heat exchanger: experimentally validated model;Jin;International journal of refrigeration,2016
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1. Design considerations of a new freezer construction in the tubular ice machine by experimental study;Heliyon;2024-08
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