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Keywords: second-order effect
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Journal Articles
Journal:
Journal of Ship Research
Journal of Ship Research 22 (04): 266–268.
Paper Number: SNAME-JSR-1978-22-4-266
Published: 01 December 1978
... 1978. The Society of Naval Architects and Marine Engineers cylinder second-order effect second-order solution nonlinear wave force ship research Chakrabarti test data large-diameter vertical cylinder kinematic free-surface condition rjv solution vertical cylinder boundary condition...
Abstract
In a recent paper, Raman et al (RJV) [1] 2 presented a second- order solution for the wave interaction with a large-diameter, bottom-mounted, surface-piercing, fixed vertical cylinder. Earlier, Chakrabarti [2,3] obtained an approximate solution for the vertical cylinder due to Stokes's fifth-order wave. Later, Yamaguchi and Tsuchiya (YT) [4] proposed a second-order solution in a closed form for the wave interaction problem with the vertical cylinder which was examined by Chakrabarti [5]. All these solutions are different due to the assumptions regarding the frequency of the scattered wave and the kinematic free-surface boundary condition. RJV [1] claim that their solution is superior to the earlier solutions because, according to them, it satisfies the nonlinear free-surface boundary conditions completely.