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The main purpose of this study is to develop a two-dimensional numerical wave flume based on a VOF method in order to compute nonlinear interaction between wave and a moving structure. The numerical algorithm developed here is verified by comparing the numerical results with the theoretical ones on the movement distance of bottom-seated and bottom-detached structures in water. The numerical results, furthermore, reveal that the interaction of wave and a moving flap-type structure causes the difference of water levels between the offshore and onshore sides of the structure and has a strong effect on water surface elevation and water particle velocity field around the structure.

DEVELOPMENT OF TWO-DIMENSIONAL NUMERICAL WAVE FLUME WITH TRANSLATIONAL AND ROTATIONAL MOTION OF STRUCTURE BASED ON VOF METHOD