Circular Cylinder In Viscous Fluid Research Articles

Application of Bipolar Coordinates to the Two-Dimensional Creeping Motion of a Liquid. II. Some Problems for Two Circular Cylinders in Viscous Fluid

The bipolar coordinate solution of the two-dimensional Stokes equations is applied to flows around two circular cylinders. It is proved that there are three cases which this kind of solutions can describe. Solutions are presented for a cylinder revolving eccentrically in a cylindrical frame, a cylinder in the neighborhood of a plane wall and two cylinders in rotary motion as a pair.

Charts and Tables for Flow produced by Circular Motion of Circular Cylinder in Viscous Fluid

Charts and Tables for Flow produced by Circular Motion of Circular Cylinder in Viscous Fluid

On the Uniform Circular Motion of the Center Line of Rotating Circular Cylinder in Viscous Fluid

On the Uniform Circular Motion of the Center Line of Rotating Circular Cylinder in Viscous Fluid

The Discussion of Steady Eccentric Rotation of Circular Cylinder in Viscous Fluid

The Discussion of Steady Eccentric Rotation of Circular Cylinder in Viscous Fluid