The paper investigated the benefits of having fins that induce swirling flow within an annular
passage. The importance of the vortical structures produced using different fin angles and …

This paper examined the usage of thermally conductive angled fins within an annular
conduit through numerical simulation. Despite the thermally conductive nature of the fins …

Inserting a decaying swirler into a heat exchanger has been shown to improve heat transfer
with minimal effect on the friction factor. The study analyses the effect of diameter, twist …

The coaxial jet consisting of swirl jet and axial jet plays a critical role in the industrial
processes but is rarely investigated; therefore, it is numerically explored by means of the …

Applying Self-rotating inserts, an innovative technology for enhancing heat transfer,
effectively improves thermal–hydraulic performance, minimizes the dimensions, and …

To induce longitudinal swirl flow and enhance heat transfer in heat exchanger tubes, a novel
oblique wavy tape insert is introduced in this paper. With identical geometric parameters, the …

This study numerically and experimentally investigated the thermal performance of a 4-
lobed swirl tube. A double-pipe heat exchanger was built using 3D-printed steel tubes with …

To discover a good predictive turbulent model and reveal the mechanism of turbulent mixing
enhancement, a new combustion chamber equipped with a double-stage counter-rotating …

Swirling flow has been applied in various fields due to its ability to enhance mass, heat, and
momentum transfer performance. However, the generation of swirling flow occurs at the …

Computational fluid dynamics (CFD) is a science, that examines with partial differential
equations and computational geometry together in the analysis and solution of fluid …