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Prediction of Performance of a Heat Exchanger by Thermal Network Method : Influence of Air-Flow Unbalance and Refrigerant-Flow Path Pattern on an Evaporator's Performance(Thermal Engineering)

机译：热网络方法预测热交换器的性能：气流不平衡和制冷剂流动路径图案对蒸发器性能的影响（热工程）

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Kunihiko KAGA; Satoru KOTOH; Teturo OGUSHI; Hideo YOSHIDA;
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年度 2009
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1. Prediction of Heat Exchanger Performance by the Thermal Network Method (Improvement of an Evaporator's Performance and Restraining Air Flow Bypass by Adjusting the Refrigerant-Flow Path Pattern) [J] . Kunihiko Kaga, Satoru Kotoh, Teturo Ogushi, Heat Transfer Asian Research . 2010,第5期

机译：通过热网法预测换热器性能（通过调节制冷剂流动路径模式来提高蒸发器性能并抑制气流旁通）
2. Influence of Air-Flow Imbalance and Refrigerant Flow Path Pattern on an Evaporator's Performance [J] . Kunihiko Kaga, Satoru Kotoh, Teturo Ogushi, Heat transfer . 2009,第6期

机译：气流不平衡和制冷剂流路模式对蒸发器性能的影响
3. Prediction of Heat Exchanger Capacity by Thermal Network Method (Influence of Thermal Conduction in Fins on Capacity of a Condenser) [J] . Kunihiko Kaga, Satoru Kotoh, Teturo Ogushi Heat transfer . 2008,第2期

机译：用热网法预测热交换器的容量（翅片中的导热系数对冷凝器容量的影响）
4. Straight Section Influence on Thermal and Hydraulic Performances for a Wavy Air Fin in a Compact Heat Exchanger [C] . ALBETEL Septimiu, MARTIAN Vlad, NAGI Mihai International Conference on Advanced Concepts in Mechanical Engineering . 2014

机译：直接截面对紧凑型热交换器的波浪空气翅片的热和液压性能的影响
5. Effect of unequal evaporator heating and charge distribution on the heat transfer performance of the evaporator of a multitube two phase thermosiphon heat exchanger. [D] . Raza, Samar. 1984

机译：蒸发器加热和电荷分配不均对多管两相热虹吸换热器蒸发器传热性能的影响。
6. A Hybrid Numerical Methodology Based on CFD and Porous Medium for Thermal Performance Evaluation of Gas to Gas Micro Heat Exchanger [O] . Danish Rehman, Jojomon Joseph, Gian Luca Morini, 2020

机译：基于CFD和多孔介质的气-气微型换热器热力性能混合数值方法。
7. Prediction of Capacity of a Heat Exchanger by Thermal Network Method. Modified Efective Specific Heat Model considering an Influence of Static Pressure Distribution of Refrigerant Side. [O] . Kunihiko KAGA, Kenichi YAMADA, Satoru KOTOH, 2001

机译：热网络方法预测热交换器的容量。考虑制冷剂侧静压分布的影响改进的电子特定热模型。

Prediction of Performance of a Heat Exchanger by Thermal Network Method : Influence of Air-Flow Unbalance and Refrigerant-Flow Path Pattern on an Evaporator's Performance(Thermal Engineering)

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