Heat transfer in water with the help of solar energy is an effective way to harness renewable
energy and reduce reliance on non-renewable sources of energy. The utilization of turbulent …

The present study improves the thermal-hydraulic performance of a circular tube equipped
with a delta winglet vortex generator by providing a numerical model, investigating the effect …

Enhancing heat transfer is crucial for improving the performance of heat transfer
applications. Therefore, a novel method is proposed in this study for improving the heat …

The impact of various variables on thermal conductivity and rheological behavior, such as
nano particle weight concentration and temperature, and also the cumulative effects of coil …

The improvement in heat transfer equipment plays a significant role to enhance the overall
performance of many systems and a wide variety of industrial processes. Heat exchangers …

Purpose Heat exchangers (HEs) which provide heat transfer and transfer energy through
direct or indirect contact between fluids have an essential role in many processes as a part …

Herschel–Bulkley non-Newtonian fluid flow and heat transfer are commonly encountered in
chemical processing industries, such as pharmaceutical, food, oil, and gas industries. Unlike …

This research paper presents an experimental analysis on a heat exchanger tube using a
newly designed perforated conical ring combined with twisted tape as inserts. The …

Optimization was done of the aerothermal performance factor (η) of a tube into which a
combination of inclined circular-rings (ICRs) and twisted-tapes (TTs) were installed. The key …

Background The combined use of augmentation methods plays a significant role to enhance
the thermohydraulic performance of thermal systems. This experimental study explores the …