1) hydrodynamic impact
水动力砰击
1.
Review of prediction techniques on hydrodynamic impact of ships
船舶水动力砰击预报技术综述(英文)
2) hydrodynamic slamming
水动力砰击力
3) dynamic slamming bending moment
砰击动力弯矩
4) slamming pressure
砰击压力
1.
2-D simulation research on the air cushion effect on the slamming pressure peak value of trimaran cross structure;
空气层对高速三体船连接桥砰击压力峰值影响二维仿真研究
2.
A forecast method of slamming pressure acting on the ship outside plates;
船舶表面点砰击压力的预报方法
3.
Not only can the fluid generate big slamming pressures on the structure,but the structure s response has significant effects on the fluid s flow fields,as strong fluid-solid coupling exists between them.
当结构与流体发生冲击作用时,不但流体会对结构产生较大的砰击压力,结构响应也会反过来对流场产生显著影响,两者之间存在强烈的流固耦合现象。
5) slamming vibration
砰击振动
1.
This paper discusses the solution of problem of hydroelastic slamming vibration equation by Hamilton method.
验证了用Ｈａｍｉｌｔｏｎ方法求解水弹性砰击振动方程的可行性，并对肥大船的底部砰击问题，给出一些有价值的结论。
6) slamming pressure prediction
砰击压力预报
补充资料：砰击
1.撞击;冲击。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条