Add to ORKGStokes drag on axially symmetric bodies vibrating slowly along the axis of symmetry placed under a uniform transverse flow of the Newtonian fluid is calculated. The axially symmetric bodies of revolution are considered with the condition of continuously turning tangent. The results of drag on sphere, spheroid, deformed sphere, egg-shaped body, cycloidal body, Cassini oval, and hypocycloidal body are found to be new. The numerical values of frictional drag on a slowly vibrating needle shaped body and flat circular disk are calculated as particular cases of deformed sphere
A: The flows inside the oocyte are modelled as Stokes flows of an incompressible Newtonian fluid. We...
The present series of studies is concerned with low-Reynolds-number flow in general; the main object...
The problem of slow streaming flow of a viscous incompressible fluid past a spheroid which departs b...
Stokes drag on axially symmetric bodies vibrating slowly along the axis of symmetry placed under a u...
In this paper, the problem of steady Stokes flow past dumbbell-shaped axially symmetric isolated bo...
A general theorem is developed tor determining the drag on axially symmetric bodies under the condit...
In this paper, the problem of slowly rotating pervious axially symmetric body with source at its cen...
In this paper, the problem of steady quadratic Stokes flow past a deformed sphere has been tackled w...
This paper presents an infinite series solution to the creeping flow equations for the axisymmetric ...
In this paper, the problem of steady Stokes flow past deformed sphere has been dealt in both situati...
This paper presents an infinite series solution to the creeping flow equations for the axisymmetric ...
In a recent authors’ paper, the general expression of Stokes drag experienced by a deformed sphere i...
In a recent authors ’ paper, the general expression of Stokes drag experienced by a deformed sphere ...
The drag force acting on a spheroid moving perpendicularly to its axis of rotation in water was stud...
We have set ourselves the problem of calculating the laminar flow on a body of revolution in an axia...
A: The flows inside the oocyte are modelled as Stokes flows of an incompressible Newtonian fluid. We...
The present series of studies is concerned with low-Reynolds-number flow in general; the main object...
The problem of slow streaming flow of a viscous incompressible fluid past a spheroid which departs b...
Stokes drag on axially symmetric bodies vibrating slowly along the axis of symmetry placed under a u...
In this paper, the problem of steady Stokes flow past dumbbell-shaped axially symmetric isolated bo...
A general theorem is developed tor determining the drag on axially symmetric bodies under the condit...
In this paper, the problem of slowly rotating pervious axially symmetric body with source at its cen...
In this paper, the problem of steady quadratic Stokes flow past a deformed sphere has been tackled w...
This paper presents an infinite series solution to the creeping flow equations for the axisymmetric ...
In this paper, the problem of steady Stokes flow past deformed sphere has been dealt in both situati...
This paper presents an infinite series solution to the creeping flow equations for the axisymmetric ...
In a recent authors’ paper, the general expression of Stokes drag experienced by a deformed sphere i...
In a recent authors ’ paper, the general expression of Stokes drag experienced by a deformed sphere ...
The drag force acting on a spheroid moving perpendicularly to its axis of rotation in water was stud...
We have set ourselves the problem of calculating the laminar flow on a body of revolution in an axia...
A: The flows inside the oocyte are modelled as Stokes flows of an incompressible Newtonian fluid. We...
The present series of studies is concerned with low-Reynolds-number flow in general; the main object...
The problem of slow streaming flow of a viscous incompressible fluid past a spheroid which departs b...