PERFORMANCE ANALYSIS OF DOUBLE PIPE HELICAL SHAPED HEAT EXCHANGER FOR VARIOUS SHAPE A REVIEW
Author(s):
Pravin Lakra, Vishwajeet Kureel
Keywords:
Double pipe heat exchanger, LMTD, NTU, CFD analysis, etc.
Abstract
In many industrial applications, heat exchangers such as thermal radiators, solar collectors, classical industrial heat exchangers or complex networks are usually a part of a system. During their normal operation or operating conditions such as time varying inlet temperature or flow rates, they can be submitted to unsteady behaviour. So, an accurate knowledge of the thermal response of such a system during an unsteady period of operation is very important for effective controls, as well as for the understanding of the adverse effects which usually result in reduced thermal performance or increased thermal stresses. In many situations, the remelts of steady state are extrapolated to describe the behavior of the unsteady state, but this method does not suit well in most of the cases, so there is a need to develop models for the unsteady state. The aim of present review study is “To get with the impact of decrease of one hub and augmentation of other axis on the warmth move execution of twofold line helical molded warmth exchanger with the assistance of limited component investigation."
Article Details
Unique Paper ID: 151448

Publication Volume & Issue: Volume 8, Issue 1

Page(s): 21 - 25
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