新型反弧式海塘挡墙结构越浪效果数值模拟研究OA

Under the condition of heavy rainfall or extreme storm tide,the traditional vertical and sloping seawall structure fail to effectively prevent the tide from climbing rapidly,resulting in certain safety risks to shoreline buildings and people.In this paper,different water level heights are set by numerical simulation to study the influence of different impact flow velocity on the wave-crossing effect of the new anti-arc seawall structure,in order to evaluate the wave-crossing effect of the new seawall.The results show that the wave surging effect of the new anti-arc seawall structure is better than that of the traditional seawall structure under different flow velocity,and the new anti-arc seawall structure has obvious effect of diversion and energy reduction.