This paper introduced the research status of pulsating flow, including different types of
pulsating flow and their enhancement of heat transfer, as well as the enhancement effects of …

In this review, an overview of pulsating flows with and without heat transfer is done. In
addition to conventional fluids, the effects of using nanofluids are investigated. Using …

The impact of heat transfer and cylinder rotation on the induced forces due to vortex
shedding is numerically studied in this work. The flow is maintained at Reynolds number of …

Forced convection heat transfer characteristics of a cylinder (maintained at a constant
temperature) immersed in a streaming power-law fluids have been studied numerically in …

This paper presents a finite difference solution for 2D, low Reynolds number, unsteady flow
around and heat transfer from a stationary circular cylinder placed in a uniform flow. The …

Forced convection heat transfer from two and three isothermal circular cylinders in tandem
arrangement is studied numerically. In addition, the flow field and the vortex shedding …

Forced convection from a heated rotationally oscillating circular cylinder placed in a uniform
cross flow of constant properties fluid is investigated. The two-dimensional governing …

Numerical simulations of unsteady two-dimensional flow around a rotationally oscillating
circular cylinder, placed in a uniform cross flow of a constant property Newtonian fluid, are …

Heat convection from the uniformly heated walls of a straight channel in presence of a
rotationally oscillating cylinder (ROC) is simulated at Re= 100. Heat transfer enhancement …

The flow patterns of the wake region of a rotationally oscillating cylinder were investigated
experimentally by using the Particle Image Velocimetry (PIV) technique and dye …