Innovative Heat Transfer Enhancement in Tubular Heat Exchanger: An Experimental Investigation with Minijet Impingement
SY Waware, SS Kore, AS Kurhade… - Journal of Advanced …, 2024 - semarakilmu.com.my
This paper investigates heat transfer in a horizontally oriented tubular heat exchanger
through a comprehensive examination of both numerical simulations and experimental
analyses. The primary focus is on copper as the material of interest, specifically examining
an inner tube with a 14 mm internal diameter and 1 mm thickness, as well as an outer tube
with a 29 mm external diameter and 1 mm thickness. In addition to these components, two
perforated pipes with internal diameters of 11 mm and 20 mm are incorporated; contributing …
through a comprehensive examination of both numerical simulations and experimental
analyses. The primary focus is on copper as the material of interest, specifically examining
an inner tube with a 14 mm internal diameter and 1 mm thickness, as well as an outer tube
with a 29 mm external diameter and 1 mm thickness. In addition to these components, two
perforated pipes with internal diameters of 11 mm and 20 mm are incorporated; contributing …
[PDF][PDF] Innovative Heat Transfer Enhancement in Tubular Heat Exchanger: An
Improving the thermal efficiency of heat exchangers can be accomplished through diverse
strategies aimed at enhancing heat transfer. Among these approaches, the passive heat
transfer enhancement technique referred to as tape insertion stands out, playing a crucial
role in various heat transfer applications such as air conditioning, refrigeration systems, and
food processing. Recent research, notably conducted by Yang et al.,[1], Akpinar et al.,[2],
and Ma et al.,[3], has made notable progress in elevating heat transfer rates. Their …
strategies aimed at enhancing heat transfer. Among these approaches, the passive heat
transfer enhancement technique referred to as tape insertion stands out, playing a crucial
role in various heat transfer applications such as air conditioning, refrigeration systems, and
food processing. Recent research, notably conducted by Yang et al.,[1], Akpinar et al.,[2],
and Ma et al.,[3], has made notable progress in elevating heat transfer rates. Their …
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