Tape insert has been commonly adopted as heat transfer enhancement method in a thermal
system. Most studies dealing with tape insert have been focused on straight tube. Helical …

Enhancement of heat transfer and mixing via oscillation of an elastic vortex generator (EVG)
is studied using combined immersed boundary-lattice Boltzmann method with multi …

Static vortex generators initiate vortical structures; an active generator intensifies the vortices
through local agitations. Flow-induced vibrations present a hybrid approach to enhance …

In order to develop a heat transfer enhancement technique for molten salt heat exchanger,
Fluent simulation is carried out to investigate the molten salt flow and heat transfer …

In this study, we perform a numerical investigation to better comprehend the domination and
the effect of strong thermal buoyancy on hydrodynamic and thermal characteristics, vortex …

A novel caudal-fin-inspired hourglass-shaped self-agitator installed inside a plate-fin heat
exchanger has been experimentally investigated to characterize its thermo-hydraulic …

Bio-inspired flexible plates have shown promising results as a passive method to enhance
convective heat transfer and mixing in flow. Flap fluttering is a self-excited phenomenon …

In the present study, we have numerically investigated Carreau and Newtonian fluid flow
over a stationary National Advisory Committee for Aeronautics 0012 airfoil using a sharp …

Two-dimensional simulations are performed to investigate the effects of flexible vortex
generators (FVGs) on thermal performance using the immersed boundary method to …

In this study, the effects of magnetic field (MF) gradient on the ferrofluid (water/Fe3O4) heat
transfer and entropy generation in a horizontal channel under constant heat flux were …