This paper presents a comprehensive review on heat transfer augmentation and pressure
loss reduction of compact heat exchanger (CHXs) by using interrupted surfaces in the form …

Longitudinal vortices are more efficient for heat transfer enhancement than transverse
vortices. A survey is given on triangular and rectangular protrusions from a heat transfer …

A three-dimensional CFD numerical simulation is successfully carried out on thermo-
hydraulic characteristics of a new smooth wavy fin-and-elliptical tube (SWFET) heat …

In the present work experimental investigation on the heat transfer and friction
characteristics of a solar air heater duct roughened with wavy-up delta winglet vortex …

Using vortex generators (VGs) in fin-tube heat exchangers (FTHEs) is one of the main
options to increase their performance. Although numerical models can replace the …

Augmentation of heat transfer has been an important research topic for many years.
Although many heat transfer enhancement techniques have been proposed over the years …

The combination of multi-louvered fins and delta-winglet vortex generators is a promising
strategy to enhance heat transfer in flat-tube compact heat exchangers. This paper focuses …

In this study, a numerical analysis is conducted to investigate the influence of interrupted
surfaces on compact heat exchangers (CHXs). The performance of CHXs in terms of heat …

Optimization is now recognized as essential in the design of modern compact heat
exchanger since the augmentation of heat transfer applying longitudinal vortex generator …

During the operation of wind turbines, flow separation appears at the blade roots, which
reduces the aerodynamic efficiency of the wind turbine. In order to effectively apply vortex …