Experimental research of the couette flow with cross flow
Matthias Nobis, Peter Stücke, Marcus Schmidt
Abstract
Open-access reader
Matthias Nobis, Peter Stücke, Marcus Schmidt
Abstract
Open-access reader
When a solid cylinder is rotating inside a hollow cylinder, a characteristic fluid flow occurs inside the gap between the two cylinders, caused by the adhesion of the fluid at the walls. This flow problem is widely known as the Couette-flow. If an additional flow entrances through a radial located feedhole at the outer hollow cylinder, there is an interaction between the cross flow and the Couette-flow. In result there are complex three dimensional flow structures in the gap at the area around the feedhole.
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When a solid cylinder is rotating inside a hollow cylinder, a characteristic fluid flow occurs inside the gap between the two cylinders, caused by the adhesion of the fluid at the walls. This flow problem is widely known as the Couette-flow. If an additional flow entrances through a radial located feedhole at the outer hollow cylinder, there is an interaction between the cross flow and the Couette-flow. In result there are complex three dimensional flow structures in the gap at the area around the feedhole.
Key concepts: Couette flow, Cylinder, Taylor–Couette flow, Flow (mathematics), Mechanics, Potential flow around a circular cylinder, Fluid dynamics, Physics