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Original Articles

A Generalized Performance Prediction Method for Adiabatic Capillary Tubes

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Pages 27-44 | Published online: 28 Feb 2011

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Tuğba Tosun, Mehmet Mete Ozturk, Bahadır Doğan & Latİfe Berrİn Erbay. (2021) The effect of refrigerant circuitry on the performance of a freezer with a tube-on-sheet evaporator. Science and Technology for the Built Environment 27:5, pages 557-566.
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Norbert Stulgies, Jürgen Köhler, Wilhelm Tegethoff, Sven Försterling, Axel Müller & Horst Kappler. (2008) Developing Flow Correlations for Different Valve Geometries Using Reference Media for R-744. HVAC&R Research 14:3, pages 417-433.
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Articles from other publishers (36)

Guobing Zhou & Yuchen Zhou. (2020) Analysis on mass flow rate of R22 and R407C through coiled adiabatic capillary tubes with GA and PSO optimized BP networks. Journal of Mechanical Science and Technology 34:8, pages 3445-3455.
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Yuchen Zhou & Guobing Zhou. (2019) Application of GA-Optimized ANN on Modeling the Performance of Coiled Adiabatic Capillary Tubes. Application of GA-Optimized ANN on Modeling the Performance of Coiled Adiabatic Capillary Tubes.
Mehdi Rasti, Jeong Ho Ban & Ji Hwan Jeong. (2017) Development of a continuous empirical correlation for refrigerant mass flow rate through non-adiabatic capillary tubes. Applied Thermal Engineering 127, pages 547-558.
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Liang Yang & Chun-Lu Zhang. (2014) A generalized dimensionless local power-law correlation for refrigerant flow through adiabatic capillary tubes and short tube orifices. International Journal of Refrigeration 46, pages 69-76.
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Yan Sheng Xu. (2014) Model Investigation on Coupled Throttling Flow Characteristic of Stepped Capillary Tube with R22. Advanced Materials Research 960-961, pages 648-653.
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Yan Sheng Xu. (2014) Experimental Investigation on Flow Characteristic of Stepped Capillary Tube for Heat Pump Type Air Conditioner with R410A. Advanced Materials Research 960-961, pages 643-647.
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Liang-Liang Shao, Jiang-Cui Wang, Xiao-Chen Jin & Chun-Lu Zhang. (2013) Assessment of existing dimensionless correlations of refrigerant flow through adiabatic capillary tubes. International Journal of Refrigeration 36:1, pages 270-278.
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Fujen Wang, Tongbou Chang, Weiming Chiang & Haochung Lee. (2012) Performance investigation of capillary tubes for machine tool coolers retrofitted with HFC-407C refrigerant. Chinese Journal of Mechanical Engineering 25:5, pages 933-939.
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Debasish Sarker & Ji Hwan Jeong. (2012) Development of empirical correlations for non-adiabatic capillary tube based on mechanistic model. International Journal of Refrigeration 35:4, pages 974-983.
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Lyun-Su Kim, Ki-dong Son, Debasish Sarker, Ji Hwan Jeong & Sung Hong Lee. (2010) An assessment of models for predicting refrigerant characteristics in adiabatic and non-adiabatic capillary tubes. Heat and Mass Transfer 47:2, pages 163-180.
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DEBASISH SARKER, LYUN-SU KIM, KI-DONG SON, JI HWAN JEONG & KEUN SUN CHANG. (2012) AN EVALUATION OF CONSTITUENT CORRELATIONS FOR PREDICTING REFRIGERANT CHARACTERISTICS IN ADIABATIC CAPILLARY TUBES. International Journal of Air-Conditioning and Refrigeration 18:02, pages 131-139.
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Jie Ji, Huide Fu, Hanfeng He & Gang Pei. (2009) Performance analysis of an air-source heat pump using an immersed water condenser. Frontiers of Energy and Power Engineering in China 4:2, pages 234-245.
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Liang Yang & Chun-Lu Zhang. (2009) Modified neural network correlation of refrigerant mass flow rates through adiabatic capillary and short tubes: Extension to CO2 transcritical flow. International Journal of Refrigeration 32:6, pages 1293-1301.
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Luca Cecchinato, Marco Corradi, Ezio Fornasieri, Giovanni Schiochet & Claudio Zilio. (2009) Assessment on the use of common correlations to predict the mass-flow rate of carbon dioxide through capillary tubes in transcritical cycles. International Journal of Refrigeration 32:5, pages 1041-1048.
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Hui Xie, Fei Ma, Huifang Fan & Yanqiang Di. (2009) Prediction of Refrigerant Mass Flow Rates through Capillary Tubes Using Adaptive Neuro-fuzzy Inference System. Prediction of Refrigerant Mass Flow Rates through Capillary Tubes Using Adaptive Neuro-fuzzy Inference System.
Li Yang & Wen Wang. (2008) A generalized correlation for the characteristics of adiabatic capillary tubes. International Journal of Refrigeration 31:2, pages 197-203.
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Guo-liang Ding. (2007) Recent developments in simulation techniques for vapour-compression refrigeration systems. International Journal of Refrigeration 30:7, pages 1119-1133.
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Chun-Lu Zhang & Ling-Xiao Zhao. (2007) Model-based neural network correlation for refrigerant mass flow rates through adiabatic capillary tubes. International Journal of Refrigeration 30:4, pages 690-698.
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Ling-Xiao Zhao, Chun-Lu Zhang, Liang-Liang Shao & Liang Yang. (2007) A Generalized Neural Network Model of Refrigerant Mass Flow Through Adiabatic Capillary Tubes and Short Tube Orifices. Journal of Fluids Engineering 129:12, pages 1559-1564.
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Guobing Zhou & Yufeng Zhang. (2006) Numerical and experimental investigations on the performance of coiled adiabatic capillary tubes. Applied Thermal Engineering 26:11-12, pages 1106-1114.
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Guoliang Ding. (2006) Simulation technology for refrigeration and air conditioning appliances. Chinese Science Bulletin 51:16, pages 1913-1928.
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K.M. Kelkar, S.V. Patankar & Sukhvinder Kang. (2006) Computational Method For Characterization of a Microchannel Heat Sink With Multiple Channels Involving Two-Phase Flow. Computational Method For Characterization of a Microchannel Heat Sink With Multiple Channels Involving Two-Phase Flow.
Chun-Lu Zhang. (2005) Generalized correlation of refrigerant mass flow rate through adiabatic capillary tubes using artificial neural network. International Journal of Refrigeration 28:4, pages 506-514.
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Chao-Jen Li & Chin-Chia Su. (2005) Characteristics of a series-connected two-evaporator refrigerating system. Applied Thermal Engineering 25:4, pages 519-532.
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Y.F. Qi, M.Q. Gong, Z.H. Sun, E.C. Luo & J.F. Wu. 2005. Proceedings of the Twentieth International Cryogenic Engineering Conference (ICEC20). Proceedings of the Twentieth International Cryogenic Engineering Conference (ICEC20) 161 164 .
Chun-Lu Zhang. (2004) Intensive parameter analysis of adiabatic capillary tube using approximate analytic solution. International Journal of Refrigeration 27:5, pages 456-463.
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Jongmin Choi, Yongchan Kim & Jin Taek Chung. (2004) An empirical correlation and rating charts for the performance of adiabatic capillary tubes with alternative refrigerants. Applied Thermal Engineering 24:1, pages 29-41.
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Chunlu Zhang & Guoliang Ding. (2004) Approximate analytic solutions of adiabatic capillary tube. International Journal of Refrigeration 27:1, pages 17-24.
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Cemil Inan, Turgay Gonul & M.Yalcin Tanes. (2003) X-ray investigation of a domestic refrigerator. Observations at 25°C ambient temperature. International Journal of Refrigeration 26:2, pages 205-213.
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Flávio Augusto Sanzovo Fiorelli, Alex Alberto Silva Huerta & Otávio de Mattos Silvares. (2002) Experimental analysis of refrigerant mixtures flow through adiabatic capillary tubes. Experimental Thermal and Fluid Science 26:5, pages 499-512.
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A. Heydari. (2002) Miniature vapor compression refrigeration systems for active cooling of high performance computers. Miniature vapor compression refrigeration systems for active cooling of high performance computers.
Naer Vjacheslav, Andrey Rozhentsev & Chi-Chuan Wang. (2001) Rationally based model for evaluating the optimal refrigerant mass charge in refrigerating machines. Energy Conversion and Management 42:18, pages 2083-2095.
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Samuel M. Sami, D. E. Desjardins & H. Maltais. (2001) Prediction of capillary tubes with alternative refrigerants to CFC-502. International Journal of Energy Research 25:14, pages 1249-1261.
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Sung Goo Kim, Min Soo Kim, Sung Tack Ro & Baek Youn. (2001) Flow and pressure drop characteristics of R22 in adiabatic capillary tubes. KSME International Journal 15:9, pages 1328-1338.
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C. L. Zhang & G. L. Ding. (2001) Modified General Equation for the Design of Capillary Tubes. Journal of Fluids Engineering 123:4, pages 914-919.
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Samuel M. Sami & H. Maltais. (2000) Numerical modelling of alternative refrigerants to HCFC-22 through capillary tubes. International Journal of Energy Research 24:15, pages 1359-1371.
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