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Mathematical analysis of attenuation process of solitary waves by viscous shear within laminar boundary layer between main potential flow under passing solitary wave and smooth horizontal channel bed; theoretical results are compared to experimental data of RUSSELL and A.T.IPPEN; kinetic energy minus potential energy is twice amount of kinetic energy of vertical motion.
Mathematical analysis of attenuation process of solitary waves by viscous shear within laminar boundary layer between main potential flow under passing solitary wave and smooth horizontal channel bed; theoretical results are compared to experimental data of RUSSELL and A.T.IPPEN; kinetic energy minus potential energy is twice amount of kinetic energy of vertical motion.
Attenuation of solitary waves on smooth bed
Am Soc Civ Engrs -- Proc (J Hydraulics Div)
Iwasa, Y. (author)
1957
15 pages
Article (Journal)
English
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