Slow motion of an Oldroyd fluid past a sphere has been investigated using matched asymptotic technique. The drag experienced by the sphere has been obtained form the solution. To the first order in tau ( a non-Newtonian parameter), the drag is unchanged from its value for Newtonian fluid but to the second order the drag is decreased
The drag coefficient of a sphere in unconfined flow is given in most fluid mechanics texts, for exam...
The high frequency oscillations of second-order fluids near a fixed sphere have been considered. The...
A study of the effect of drag force on anmicropolar flow past a sphere specifying uniform velocity a...
Slow motion of an Oldroyd fluid past a sphere has been investigated using matched asymptotic techniq...
Abstract. Slow motion of an Oldroyd fluid past a sphere has been investigated using matched asymptot...
Matched asymptotic solutions are obtained, in the Stokes regime, for the time-dependent visc-ous inc...
Matched asymptotic solutions are obtained, in the Stokes regime, for the time-dependent viscous inco...
Stokes' and Seth's solutions for the slow motion of a sphere in a viscous, incompressible liquid hav...
The time needed for the contact of two spheres or a sphere with a rigid plane is mainly controlled b...
Previous work on the slow motion of drops in non-Newtonian liquids has been reviewed. The variationa...
We study a slowly moving sphere in fluids where the viscosity depends upon factors such as shear-rat...
The fluid motion generated by a sphere rotating close to a fixed sphere about a diameter perpendicul...
Using the formulation of Hopke and Slattery, upper and lower bounds on the drag coefficient of a sph...
An approach to the calculation of drag and velocity of a single Newtonian fluid sphere moving slowly...
We have investigated the drag on a sphere falling through a clay suspension that has a yield stress ...
The drag coefficient of a sphere in unconfined flow is given in most fluid mechanics texts, for exam...
The high frequency oscillations of second-order fluids near a fixed sphere have been considered. The...
A study of the effect of drag force on anmicropolar flow past a sphere specifying uniform velocity a...
Slow motion of an Oldroyd fluid past a sphere has been investigated using matched asymptotic techniq...
Abstract. Slow motion of an Oldroyd fluid past a sphere has been investigated using matched asymptot...
Matched asymptotic solutions are obtained, in the Stokes regime, for the time-dependent visc-ous inc...
Matched asymptotic solutions are obtained, in the Stokes regime, for the time-dependent viscous inco...
Stokes' and Seth's solutions for the slow motion of a sphere in a viscous, incompressible liquid hav...
The time needed for the contact of two spheres or a sphere with a rigid plane is mainly controlled b...
Previous work on the slow motion of drops in non-Newtonian liquids has been reviewed. The variationa...
We study a slowly moving sphere in fluids where the viscosity depends upon factors such as shear-rat...
The fluid motion generated by a sphere rotating close to a fixed sphere about a diameter perpendicul...
Using the formulation of Hopke and Slattery, upper and lower bounds on the drag coefficient of a sph...
An approach to the calculation of drag and velocity of a single Newtonian fluid sphere moving slowly...
We have investigated the drag on a sphere falling through a clay suspension that has a yield stress ...
The drag coefficient of a sphere in unconfined flow is given in most fluid mechanics texts, for exam...
The high frequency oscillations of second-order fluids near a fixed sphere have been considered. The...
A study of the effect of drag force on anmicropolar flow past a sphere specifying uniform velocity a...