Add to ORKGAn analysis is presented to study the laminar flow of a viscous incompressible fluid past an accelerated horizontal cylinder in a rotating fluid. The exact solutions of the dimensionless governing partial differential equations are obtained by Laplace transform technique. Axial and transverse components of velocity profile, skin friction are derived and effects of rotation parameter and time on these components are presented in graphs. As a departure from the analysis concerning to the horizontal accelerated plate in a rotating fluid, the present analysis shows no inertial oscillation, whatever may be the time small or large
This article presents some starting solutions corresponding to unsteady rotational flow of a second ...
AbstractThe helical flow of an Oldroyd-B fluid with fractional derivatives, also named generalized O...
In this work, the continuity and momentum equations have been solved numerically to investigate the ...
AbstractThe flow of a viscous incompressible fluid past an accelerated vertical circular cylinder in...
Flow past a circular cylinder is a problem for understanding flow around bluff bodies. This flow has...
If you race a hoop and a disk of equal mass and radius by rolling them down a ramp, the disk will re...
The work of this thesis was undertaken to apply a method of analysis not previously applied to the p...
The dynamics of a low-viscosity fluid inside a rapidly rotating horizontal cylinder were experimenta...
In this work, the unsteady rotational motion of an incompressible micropolar fluid inside a right ci...
In this thesis we have investigated unsteady circular Couette flow for Non-Newtonian fluids of power...
The flow generated by a circular cylinder, performing longitudinal and torsional oscillations, in...
A computer model for the withdrawl and buildup of the fluid from the pool bounded on the horizontal,...
In this paper, we formulated the non-steady flow due to the uniformly accelerated and rotating circu...
The unsteady flow of an incompressible viscous fluid contained in a cylinder of infinite length, sub...
Free surface thin film fluid flow inside a horizontal axially rotating cylinder is investigated expe...
This article presents some starting solutions corresponding to unsteady rotational flow of a second ...
AbstractThe helical flow of an Oldroyd-B fluid with fractional derivatives, also named generalized O...
In this work, the continuity and momentum equations have been solved numerically to investigate the ...
AbstractThe flow of a viscous incompressible fluid past an accelerated vertical circular cylinder in...
Flow past a circular cylinder is a problem for understanding flow around bluff bodies. This flow has...
If you race a hoop and a disk of equal mass and radius by rolling them down a ramp, the disk will re...
The work of this thesis was undertaken to apply a method of analysis not previously applied to the p...
The dynamics of a low-viscosity fluid inside a rapidly rotating horizontal cylinder were experimenta...
In this work, the unsteady rotational motion of an incompressible micropolar fluid inside a right ci...
In this thesis we have investigated unsteady circular Couette flow for Non-Newtonian fluids of power...
The flow generated by a circular cylinder, performing longitudinal and torsional oscillations, in...
A computer model for the withdrawl and buildup of the fluid from the pool bounded on the horizontal,...
In this paper, we formulated the non-steady flow due to the uniformly accelerated and rotating circu...
The unsteady flow of an incompressible viscous fluid contained in a cylinder of infinite length, sub...
Free surface thin film fluid flow inside a horizontal axially rotating cylinder is investigated expe...
This article presents some starting solutions corresponding to unsteady rotational flow of a second ...
AbstractThe helical flow of an Oldroyd-B fluid with fractional derivatives, also named generalized O...
In this work, the continuity and momentum equations have been solved numerically to investigate the ...