A wide range of studies was conducted to increase the heat transfer rate and reduce the size
and cost of shell and tube heat exchangers (STHE). The paper's contributions lie in its ability …

In this study, shell and tube heat exchanger with non-continuous helical baffles (NCHB-
STHX) is modeled numerically. This heat exchanger has varied applications in different …

The shell and tube heat exchangers have great potential in industry applications for thermal
energy transfer. However, the primary concerns in designing a shell and tube heat …

In this study, a novel and innovative baffle design was offered in order to considerably
reduce shell side pressure loss without compromising thermal performance. Computational …

This article explores the significance of Shell and Tube Heat Exchangers (STHX), with a
focus on various baffle types such as Segmental, Double segmental, Helical, Disc-and …

This study presents a numerical modeling of a shell and tube heat exchanger to analyze six
various baffle configurations for increasing the thermal parameters performance and …

Enhancement of heat transfer through shell and tube exchangers stills taking high attention
by researchers. The present work investigated the effect of shell diameter and tube length on …

Baffles are significant components to control shell-side flow distribution and enhance heat
transfer in the shell-and-tube heat exchangers (STHXs). The helical baffles have become …

In this research study, thermo-hydraulic as well as economic analysis of three channel types,
including smooth channel, the one with conventional turbulators, and that with novel …

In this present study, the three‐dimensional geometry of shell and tube heat exchanger with
conventional segmental baffle is considered. A numerical and theoretical study is carried out …