Waste heat recovery technology can undoubtedly improve energy saving and reduce
carbon emissions, as one of the key equipment, heat exchangers always determine the …

This study investigates the influence of different functional parameters of V-SP blocks on
flow characteristics and heat enhancement in a rectangular duct via experimental analysis …

An experiment was performed to investigate the influence of inserting a louver-punched
trapezoidal-winglet (LPTW) into a uniform heat-fluxed tube in order to create a longitudinal …

Spiral finned tube (SFT) has been widely used in various applications, including heat
exchangers in power plants and metallurgy, energy and chemical industries because of their …

Present investigation, experimentally probes the influence of utilization of twisted tape
turbulator inside a helical tube. Twisted tapes mix the flow and enhance the heat transfer …

Flow patterns in fluids affected by a grooved surface tube are different from a smooth pipe.
The importance of a compact and optimal design of heat exchangers has led to extensive …

In the present work, the use of passive heat transfer enhancement technique through
surface alteration was explored. The enhancement was achieved through internal conduit …

This study investigated the effect of triangular perforations with flat conical inserts in a
double-tube heat exchanger. Triangular perforations with flat cone-shaped inserts were …

The heat transfer augmentation method of inserting curved circular spines increases the
dwelling time of the fluid within the system by inducing swirling motion within the fluid. It is a …

Optimizing flow patterns around cylinders is crucial for diverse engineering applications,
aiming to mitigate vibrations induced by vortex shedding and minimize drag. Strategies …