基于南海波浪要素的波浪滑翔机翼板参数优化设计与仿真

doi:10.11978/2020054

Abstract

Abstract:

In view of different wave height and period in the South China Sea, the design of Wave Glider wing parameters is studied to obtain greater thrust. Based on the reanalysis data set of ERA5, we provide statistics on the wave height and wave period of different seasons and induced by one typhoon in the South China Sea. In addition, the software FLUENT is used to study the influence of the maximum limit angle, the position of rotating axis and the spacing of the wings. The simulation results show that the larger the wave height, the larger the maximum limit angle should be in order to ensure that the wings can get more thrust. Under the conditions of wave height and period in the South China Sea, it is better to select 1/5 of the front of the wing as the position of rotating axis. Increasing the spacing of the wings properly can improve the thrust. By simulating the flapping wings, the thrust generated by the wings under different parameters is obtained, which provides a reference for the design of the wings.

Key words: Wave Glider, maximum limit angle, position of rotating axis, spacing of the wings

CLC Number:

P716.1

WU Shiqi, HONG Mei, CHEN Xi, MAO Kefeng, LIU Kefeng. Design of Wave Glider optimal wing parameters suitable for the South China Sea[J].Journal of Tropical Oceanography, 2021, 40(2): 112-119.

Figures/Tables 11

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References 26

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	波高/m	波周期/s
春季	0.96	5.39
夏季	1.04	5.21
秋季	1.44	6.32
冬季	1.79	6.50
全年	1.31	5.85
台风风眼附近	5.15	8.61

网格编号	总网格数/个	背景网格数量/个	重叠网格数量/个	平均推力/N
A1	49630	21280	28350	40.3
A2	79053	33400	45653	42.7
A3	114788	48000	66788	43.5
A4	152815	68068	84747	43.5

Design of Wave Glider optimal wing parameters suitable for the South China Sea

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