Solution of Flow in the Region Blocked Between Two Concentric Cylinders Normal to the Surface by Using Kelvin Transformation for Steady, Horizontal, Planar Flow in a Layer Having Uniform Thickness
M. Haluk Chelik, Avyt Asanov, İnan Çinar · 2012
This paper presents a mathematical approach and a solution technique to flow in the region blocked between two concentric cylinders normal to the surface of horizontal, planar, steady flow in a layer having uniform thickness by using Kelvin Transformation. Sequentially, a problem structure is formed and the problem is solved by using Kelvin Mapping Mathematics and the Forier method. Considering the equations given in this paper, the flow and discharge at an arbitrary point in region Ω can be calculated with the aid of point (ξ, η) falling into Ω, region which is on a perpendicular section passing through that arbitrary