The objectives of the present study are (i) to observe the duality of solutions, and (ii) to
investigate the flow and heat transfer of the hybrid nanofluid past a shrinking cylinder in the …

The manipulation of the heat transfer and flow field using cylinder rotation is of a classical
issue. It is of fundamental importance to study the dependence of wake and thermal …

The present pagination is devoted to report case study on an examination of hydrodynamic
forces experienced by partially heated circular obstacles in a grooved channel. To be more …

The effective operation of anti-rolling devices is important for ensuring ship safety, comfort,
combat capability, and performance. Stabilizers based on the principle of the Magnus effect …

Efforts are made to delineate the dynamics of entrained gaseous cusps and flow of liquid
films wrapped around a horizontal partially submerged rotating roller numerically. The solid …

In the present research, the instability suffered by flow past a rotating cylinder with very high
rotation rates is studied. Special emphasis is given on exploring the effects of compressibility …

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 …

The combination of experiment and numerical simulation, sound frequency and sound
pressure level on the flow field, and heat transfer around a cylinder with two flow patterns …

This paper presents a newly developed higher order compact scheme that is designed on a
polar grid by using an implicit form of first order derivatives on nonuniform grids. These …

In this paper, we have developed new hybrid compact schemes for the simulation of stream
function–velocity formulation of a two-dimensional incompressible Navier–Stokes equation …