Sway Added-Mass Coefficients for Rectangular Profiles in Shallow Water
Charles N. Flagg, J. N. Newman
Abstract
Charles N. Flagg, J. N. Newman
Abstract
This paper presents analytic and numerical results for the added-mass coefficients of two-dimensional rectangular cylinders, accelerating laterally in shallow water. The free surface is assumed rigid, corresponding to low-frequency oscillations in waves or low Froude number maneuvers in calm water. The effects of finite water depth are most significant for rectangles of large beam-draft ratio.
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This paper presents analytic and numerical results for the added-mass coefficients of two-dimensional rectangular cylinders, accelerating laterally in shallow water. The free surface is assumed rigid, corresponding to low-frequency oscillations in waves or low Froude number maneuvers in calm water. The effects of finite water depth are most significant for rectangles of large beam-draft ratio.
Key concepts: Froude number, Waves and shallow water, Added mass, Mechanics, Hull, Free surface, Beam (structure), Shallow water equations