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Transient model of a refrigerant-to-water helically coiled tube-in-tube heat exchanger with corrugated inner tube.

• Author(s) : NDIAYE D.
• Publication date: 2017/02/05
• Languages : English
• Keywords : Two-phase flow, Corrugated tube, Helical tube, Coil, Modelling, Refrigerant, Heat exchanger, Water
• Source: Applied Thermal Engineering - vol. 112

Pareto based multi-objective optimization of turbulent heat transfer flow in helically corrugated tubes.

• Author(s) : SAFIKHANI H., EIAMSA-ARD S.
• Publication date: 2016/02/25
• Languages : English
• Keywords : Corrugated tube, Helical tube, Heat transfer, Optimization, Turbulent flow, Pressure drop
• Source: Applied Thermal Engineering - vol. 95

IIR document

First test results on the frictional pressure drop in corrugated tubes of small diameters.

• Author(s) : DITTMAR N., MICKOLEIT E., HABERSTROH C., et al.
• Publication date: 2014/04/07
• Languages : English
• Keywords : Friction, Cryostat, Liquid helium, Corrugated tube, Expérimentation, Pressure drop
• Source: Cryogenics 2014. Proceedings of the 13^th IIR International Conference: Prague, Czech Republic, April 7-11, 2014.
• Formats : PDF

IIR document

Experimental study on the heat transfer and flow characteristics of nanorefrigerants inside a corrugated tube.

• Author(s) : YANG D., SUN B., LI H., et al.
• Publication date: 2015/08
• Languages : English
• Keywords : Corrugated tube, Heat transfer, R141b, Nanorefrigerant, Expérimentation, Entropy, Flow
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 56
• Formats : PDF

IIR document

Pressure drop and heat transfer characteristics of single-phase flow in corrugated tubes for hot-water supply systems.

• Author(s) : KURAYAMA S., WATANABE K., JIGE D., et al.
• Publication date: 2015/08/16
• Languages : English
• Keywords : Horizontal tube, Friction, Corrugated tube, Heat transfer, Expérimentation, Flow, Pressure drop
• Source: Proceedings of the 24th IIR International Congress of Refrigeration: Yokohama, Japan, August 16-22, 2015.
• Formats : PDF

The Influence of Forced Convective Heat Transfer on Hybrid Nanofluid Flow in a Heat Exchanger with Elliptical Corrugated Tubes: Numerical Analyses and Optimization.

• Author(s) : KHETIB Y., ABO-DIEF H. M., ALANAZI A. K., MEMON S., BHATTACHARYYA S., SHARIFPUR M.
• Publication date: 2022/03
• Languages : English
• Keywords : Heat transfer, Nanofluid, Heat exchanger, Elliptical tube, Corrugated tube, Entropy, Pressure drop, Nusselt, Modelling
• Source: Applied Sciences - vol. 12 - n. 6
• Formats : PDF

Thermal-hydraulic characteristics of plate-fin heat exchangers with corrugated/vortex-generator plate-fin (CVGPF).

• Author(s) : KHOSHVAGHT-ALIABADI M., KHOSHVAGHT M., RAHNAMA P.
• Publication date: 2016/04/05
• Languages : English
• Keywords : Fin, Vortex tube, Corrugated tube, Heat transfer, Optimization, Expérimentation, Plate exchanger
• Source: Applied Thermal Engineering - vol. 98

Flow boiling pressure drop for R410a and RL32H in multi-channel tube.

• Author(s) : YIN X. W., WANG W., PATNAIK V., et al.
• Publication date: 2016/07/11
• Languages : English
• Keywords : R410A, Lubricant, Corrugated tube, Heat transfer, Optimization, Flow boiling, Pressure drop
• Source: 2016 Purdue Conferences. 16th International Refrigeration and Air-Conditioning Conference at Purdue.
• Formats : PDF

IIR document

Alternate heat and mass transfer absorption performances on staggered tube bundle with M–W corrugated mesh guider inserts.

• Author(s) : CHEN Y., CAO R., WU J., et al.
• Publication date: 2016/06
• Languages : English
• Keywords : Horizontal tube, Mass transfer, Lithium bromide, Heat transfer, Absorption, Performance, Falling film
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 66
• Formats : PDF

Falling film evaporation on a thermal spray metal coated vertical corrugated plate conduits.

• Author(s) : EBANESAR J. R., MANI A.
• Publication date: 2016/07/11
• Languages : English
• Keywords : Corrugated surface, Heat transfer, Coating (materials), Simulation, Optimization, Falling film, Evaporation
• Source: 2016 Purdue Conferences. 16th International Refrigeration and Air-Conditioning Conference at Purdue.
• Formats : PDF

IIR document

Enhancement of condensation heat transfer of ammonia on the outside of tubes.

• Author(s) : SPINDLER K.
• Publication date: 2015/04/16
• Languages : English
• Keywords : Tube, Heat transfer, Ammonia, Optimization, Condensation, Heat exchanger
• Source: 6^th Conference on Ammonia and CO2 Refrigeration Technology. Proceedings: Ohrid, North Macedonia, April 16-18, 2015.
• Formats : PDF

IIR document

Shell and tube carbon dioxide gas coolers. Experimental results and modelling.

• Author(s) : ZILIO C., MANCIN S.
• Publication date: 2015/08
• Languages : English
• Keywords : Heat transfer, Gas cooler, R744, Heat pump, Performance, Modelling, Expérimentation, Shell and tube exchanger, CO2
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 56
• Formats : PDF

IIR document

Novel geometries for air-cooled condensation of ammonia-water mixtures.

• Author(s) : CHAKRABORTY S., KINI G., GARIMELLA S.
• Publication date: 2021/01
• Languages : English
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 121
• Formats : PDF

IIR document

Air-cooled absorbers for extreme-ambient absorption heat pumps.

• Author(s) : GARIMELLA S., FORINASH D. M., BOMAN D. B.
• Publication date: 2020/12
• Languages : English
• Keywords : Absorption system, Absorber, Heat pump, Ammonia-water, Modelling, Heat transfer, Mass transfer, Expérimentation, Finned tube
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 120
• Formats : PDF

IIR document

Numerical investigation of thermal and hydraulic performances of a condenser coil with oblique-shaped tubes.

• Author(s) : KHOO K. L., LEWPIRIYAWONG N., SUN C., et al.
• Publication date: 2019/07
• Languages : English
• Keywords : Pressure drop, Condenser, Modelling, Performance, Coil, Design, Tube, Fin, Heat transfer coefficient
• Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 103
• Formats : PDF