The development of innovative heat exchangers with improved heat transfer performance is
an important concern for heat transfer applications. The use of passive techniques such as …

In this paper, a new multi-V-winglets vortex generator was proposed and its influence on
fluid flow and thermal transfer was studied. It was found that the thermal transfer was …

This article innovatively introduces the application of punched curved rectangular wing
vortex generators positioned on opposing sides of a rectangular microchannel. Through a …

The method of enhancing heat transfer (HT) by combining jets and main longitudinal vortex
(MLV) had been proposed and proven effective. Based on this method, this article further …

The heat exchanger compactness is a key factor in several engineering applications, such
as, in automotive applications that use enhanced heat transfer surfaces on the air side to …

The utilization of punched vortex generators has been established as an effective means to
enhance heat transfer in heat exchangers. However, there are few studies on the use of …

The use of perforated technology on the surface of the vortex generator (VG) has been
proven to further enhance heat transfer performance by reducing its pressure loss. Based on …

This study aims to develop a plate-fin heat exchanger equipped with vortex generators,
which features high heat transfer capacity and low pressure drop. The curved vortex …

Heat transfer enhancement is a constant objective in the design of heat exchangers. Several
techniques have been implemented to achieve it. Passive techniques use the fluidˈs energy …

A new type of perforated streamlined winglet pair vortex generator (PSWVG) has been
proposed and used to enhance the performances of some fin-and-tube heat exchangers …