The motion of single bubbles rising in 2-octanol solutions was investigated experimentally.
By using a high-speed video system to follow the rising bubble, the sequences of the …

This paper presents a computational study of the steady viscous flow of a fluid over a
spherical drop or bubble of another immiscible fluid. Numerical solutions have been …

Numerical methods are used to investigate the transient, forced convection heat/mass
transfer inside circulating spheres at low to moderate Reynolds numbers. The heat/mass …

Unsteady conjugate heat/mass transfer between a circular cylinder and a surrounding fluid
flow has been analysed. Numerical investigations were carried out for the cylinder Reynolds …

Numerical methods are used to investigate the transient heat transfer from an oblate/prolate
spheroid to a steady stream of viscous, incompressible fluid. The temperature of the …

The steady viscous incompressible and slightly conducting fluid flow around a circular
cylinder with an aligned magnetic field is simulated for the range of Reynolds numbers 100⩽ …

A higher order compact scheme (HOCS) is developed for solving energy equation in
spherical polar coordinates for the flow past a sphere. The velocity components are obtained …

An investigation of steady Full Magnetohydrodynamic (FMHD) flow around a circular
cylinder is carried out by considering the penetration of the magnetic field inside it. The …

The flow of an incompressible, viscous, electrically conducting fluid past a sphere in an
aligned magnetic field is investigated using the finite difference method for Re 100 and 200 …

Numerical methods are used to investigate the transient, conjugate, forced convection
heat/mass transfer from a finite flat plate to a steady stream of viscous, incompressible fluid …