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Fig. 1             ,         .        [1,2],                    .         ,        .                ,             [3].        100 , 100                 .           ,          ,          ,        .  ,   (linear small amplitude wave theory)                     Abstract In order to rationally design a new conceptual submerged floating railway, prediction of wave forces applied to the structure is very important. In this paper, equations to calculate such forces based on hydrodynamic theories were proposed and model tests were carried out. Inertia forces and drag forces, calculated using Morison’s equation and the linear small amplitude wave theory, were in good agreement with the results from model tests conducted in a wave making tank. Drag forces were negligible compared with inertia forces. Also, wave forces showed linear variation with the changing wave heights. It was revealed that the linear wave theory and Morison’s equation can give a simple and useful solution for the prediction of wave forces in the initial design stage of a submerged floating railway.

Verification of Calculated Hydrodynamic Forces Acting on Submerged Floating Railway In Waves