… in a quiescent incompressible newtonian fluid, placed in an oscillating frame. The goal of …
acting on the sphere at small Reynolds numbers (Re≤2.5) and finite Strouhal numbers (1≤Sl…

… Since we are interested in Reynolds numbers ranging from less … Reynolds numbers. To this
end, the unsteady flow due to a sphere executing a simple harmonic oscillation at finite Re is …

… The focus of this paper is to investigate the unsteady flow about a rigid sphere within the
particle Reynolds number range Re < 50. The flow far from the sphere is assumed to be of the …

… per cycle of oscillation. We find a number of changes to occur at a Reynolds number of 1550,
… We will now consider the other non-vibrating regimes that occur as Reynolds number is …

… investigated oscillating flow over a sphere for frequencies up to 10 and Reynolds numbers up
… Although the paper represents a comprehensive treatment of oscillatory flow over spheres, …

… If we add other errors which can be generated by the mechanical system, the oscillation
magnitudes of the fluid sphere and the oscillating plate will be obtained, respectively, with preci…

… The motion at low Reynolds numbers of a sphere oscillating with a small amplitude inside
a cylindrical tube containing a viscous fluid (Newtonian or viscoelastic) is investigated. The …

… or spinning spheres (see Singh (1974, 1975)). The object of this paper is to investigate the
low Reynolds number flow of a purely oscillatory stream past a slowly rotating sphere. This …

… wave forces on a subsurface sphere. Their measurements, … in-line force on spheres immersed
in a fluid oscillating strictly … ] in the range of subcritical Reynolds numbers. The results of …

… on a rigid sphere when the sphere Reynolds number, Re, is … -dimensional flow field around
a sphere which is either held … Their investigations of oscillatory and uniformly accelerating …