This study proposes a novel twisted tape turbulator with a unique DNA-like shape, referred
to as the special shape twisted tape turbulator (SSTT), to augment the heat transfer …

The magnetic turbulator and electromagnetic vibration (EMV) methods have recently been
employed to enhance heat transfer in heat exchangers. This method involves placing a …

The effect of using innovative turbulator geometry, such as semi-circular and teardrop-
shaped turbulators, on heat transfer and pressure drop has been studied for the first time in …

Considering that turbulators generally have a high pressure drop level and as a result low
thermal performance, in this research a numerical study conducted for a new form of …

For the first time in this study, three different heat transfer enhancement methods including
bubble injection into the working fluid, wavy strip turbulator (WST) utilization in the inner …

Electromagnetic vibration (EMV) is a novel active method to enhance heat transfer in heat
exchangers. This method installs a magnetic turbulator vibrating at a specific frequency …

For the purpose of enhancing the thermal efficiency of double-tube heat exchangers, a new
technique has been implemented. By integrating a vibrating turbulator and bubble injection …

In this study, the effect of simultaneously using two active and passive methods, namely the
magnetic turbulator and the helical coil wire (HCW) turbulator, on the hydrothermal …

Vibrating turbulators have emerged as innovative methods for enhancing heat transfer in
heat exchangers over the past two years. Previous studies have mainly employed string or …

This study represents a pioneering investigation into the impact of a punched twisted tape
turbulator on the hydrothermal parameters of a pipe operating under constant surface …