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HYDRODYNAMIC FORCES ACTING ON AN OSCILLATING INCLINED FINITE-LENGTH CIRCULAR CYLINDER

K. Hoshino, Wataru Koterayama

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Abstract

Hydrodynamic forces acting on an inclined finite length circular cylinder in an oscillating flow are investigated experimentally. Forced surging tests were carried out on a cylinder whose inclined angle varied from 0 to 30 degrees. The drag coefficients, the added mass coefficients and the lift coefficients were obtained. Comparing these data with those of a vertical finite length cylinder, the effects of inclination on these hydrodynamic coefficients were clarified.

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What this paper is about

Hydrodynamic forces acting on an inclined finite length circular cylinder in an oscillating flow are investigated experimentally. Forced surging tests were carried out on a cylinder whose inclined angle varied from 0 to 30 degrees. The drag coefficients, the added mass coefficients and the lift coefficients were obtained. Comparing these data with those of a vertical finite length cylinder, the effects of inclination on these hydrodynamic coefficients were clarified.

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Available abstract

Hydrodynamic forces acting on an inclined finite length circular cylinder in an oscillating flow are investigated experimentally. Forced surging tests were carried out on a cylinder whose inclined angle varied from 0 to 30 degrees. The drag coefficients, the added mass coefficients and the lift coefficients were obtained. Comparing these data with those of a vertical finite length cylinder, the effects of inclination on these hydrodynamic coefficients were clarified.

Key concepts: Cylinder, Mechanics, Lift (data mining), Drag, Drag coefficient, Physics, Lift coefficient, Lift-to-drag ratio

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