Influence of Lateral Coolant Flow on the Thermal Characteristics of a Finned Plate Heat Exchanger

The design and thermal state of finned plate heat exchangers with different coolant input and output are considered. The heat exchangers proposed are rectangular in cross section and trapezoidal in longitudinal section. In models M4 and M5 the coolant is supplied laterally, at the larger base of the trapezium, and leaves laterally, at the smaller base of the trapezium. In model M6, the coolant is supplied through the smaller base of the trapezium, and leaves through the larger base. The consistency of the thermal balance is determined, and the thermal and flow characteristics are studied. With bilateral coolant output, the intensely cooled heat exchange surface is larger.

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Publication Details

Journal
Russian Engineering Research
Published
2024-11-01
DOI
https://doi.org/10.3103/s1068798x2470268x
Primary Topic
Heat Transfer and Optimization
Type
article
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article

Influence of Lateral Coolant Flow on the Thermal Characteristics of a Finned Plate Heat Exchanger

V. A. Zemlyanaya, А. В. Викулин
Russian Engineering Research
Heat Transfer and Optimization
article

Influence of Lateral Coolant Flow on the Thermal Characteristics of a Finned Plate Heat Exchanger

V. A. Zemlyanaya, А. В. Викулин
article en

Abstract

The design and thermal state of finned plate heat exchangers with different coolant input and output are considered. The heat exchangers proposed are rectangular in cross section and trapezoidal in longitudinal section. In models M4 and M5 the coolant is supplied laterally, at the larger base of the trapezium, and leaves laterally, at the smaller base of the trapezium. In model M6, the coolant is supplied through the smaller base of the trapezium, and leaves through the larger base. The consistency of the thermal balance is determined, and the thermal and flow characteristics are studied. With bilateral coolant output, the intensely cooled heat exchange surface is larger.

Russian Engineering ResearchVol. 44(11)
Moscow Aviation Institute (RU)
Affordable and clean energy
Openalex Percentile: Top 75%
Heat Transfer and Optimization
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