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Twisted Tape Insert Effect on Heat Transfer Enhancement Placed in Smooth Tube: A Review
Abstract
Today heat exchangers are commonly used with twisted-tape inserts to improve convective
heat transfer in various industries such as thermal power plants, chemical processing plants,
air conditioning equipment, refrigerators, petrochemical, biomedical, and food processing
plants. By using the twisted tape patch, the fluid flow swirls together, interrupting a thermal
boundary layer on the surface of the pipeline. Heat exchanger thermal efficiency can be
enhanced by heat transfer increase techniques. Tape insert is one of the techniques of passive
heat transfer augmentation and used in the utmost application of heat transfer, for example,
food processes for air conditioning and refrigeration systems. Thus, various techniques of
enhancement were reviewed.
References
Shailesh Dewangan. A Review of
Literature on Experimental Analysis of
Overall Heat Transfer Coefficient in
Parallel Flow Heat Exchanger by Using
Helical Ribs. International Journal of
Emerging Technology and Advanced
Engineering. 4(9), 180–192, 2018.
N Sreenivasalu Reddy, Experimental
Investigation of Heat Transfer
Enhancement of a Double Pipe Heat
Exchanger with Helical Fins in the
Annulus Side, International Journal of
Dynamics of Fluids. 2017;13(2), 285–293.
Patel Yogeshwari, Numerical and
Experimental Investigation of Heat
Transfer Augmentation in Double Pipe
Heat Exchanger with Helical and Twisted
Tape Inserts. International Journal of
Emerging Technology and Advanced
Engineering. 4(9), 180–192, 2017.
Pourahmad S, Pesteei S M, Effectiveness-
NTU analyses in a double tube heat
exchanger equipped with wavy strip
considering various angles. Energy
Conversion and Management. 123, 462–
, 2016.
Fei Duan, Ke Wei Song, Numerical study
of laminar flow and heat transfer
characteristics in the fin side of the
intermittent wavy finned flat tube heat
exchanger. Applied Thermal Engineering.
, 112–127, 2016.
K.A. Goudiya, Experimental Investigation
of Heat Transfer in Heat Exchanger Using
Different Geometry of Inserts: A Review.
International Journal for Research in
Applied Science & Engineering
Technology. 4(3), 702–705, 2016.
Ayush Kumar, Performance Analysis of
Double Pipe Heat Exchanger using
Convergent—Divergent-Divergent Spring
Turbulators. International Journal for
Innovative Research in Science &
Technology. 2(2), 224–228, 2015.
Patnala Sankara Rao, Numerical and
Experimental Investigation of Heat
Transfer Augmentation in Double Pipe
Heat Exchanger with Helical and Twisted
Tape Inserts, International Journal of
Emerging Technology and Advanced
Engineering. 4(9), 180–192, 2014.
Parag S. Desale, Heat Transfer
Enhancement in Tube-in-Tube Heat
Exchanger using Passive Techniques,
International Journal of Innovative
Research in Advanced Engineering. 1(10)-
–120, 2014.
H.H. Al-Kayiem, Ribbed double pipe heat
exchanger: experimental analysis, WIT
Transactions on Engineering Sciences. 83,
–120, 2014.
Nawras Shareef Sabeeh, Thermo-
Hydraulic Performance of Horizontal
Circumferentially Ribbed Double Pipe
Heat Exchanger, Journal of Engineering
and Development. 18(3): 183–192,
Melvinraj CR, Comparative Study of Heat
Exchangers Using CFD, Int. Journal of
Engineering Research and Applications.
(5), 118–120, 2014.
Antony Luki. A, Flow Analysis and
Characteristics Comparison of Double
Pipe Heat Exchanger Using Enhanced
Tubes. IOSR Journal of Mechanical and
Civil Engineering. 16–21, 2013.
M. Kanan. Experimental and Analytical
Comparison of Heat Transfer in Double
Pipe Heat Exchanger. International
Journal of Automobile Engineering
Research and Development. 2(2), 1–10,
DOI: https://doi.org/10.37591/jotea.v7i3.4477
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