1) wave peak force
波浪峰力
1.
It is found from the experiment that the ratio of wave peak forces does not vary with the run of wave groups, whereas it grows with the increase of the wave groupiness factor and the force run is less than the wave run because the cylinder is a nonlinear system.
在波浪槽中进行了具有不同群因子和连长的随机波群对三种直径的桩柱作用力的实验研究,指出波浪峰力的比值不随波群的连长变化,而随波群因子的增加而增大。
2) wave force
波浪力
1.
Calculation of the wave force for analysis of submarine slope stability;
海底边坡稳定性分析中波浪力的求解
2.
Random dynamic response analysis on steel-pipe pile construction platform based on wave force;
波浪力作用下钢管桩施工平台随机动力响应分析
3.
Theory prediction of wave forces for a deep-submerged body;
水下航行体波浪力理论预报
3) wave forces
波浪力
1.
A comment on the calculation methods of wave forces for a submarine under waves;
近水面潜艇波浪力计算研究评述
2.
Preliminary research on wave forces on quarter circular breakwater;
圆弧面防波堤波浪力初步研究
3.
Time-domain model for wave forces on a ship moored against a quay in a harbor;
港口内靠码头系泊船波浪力时域模型
4) kinetic response under wave action
波浪动力
1.
Model experiments on kinetic response under wave action of the non-brace pontoon dock and the gemel-joint pontoon trestle were proceeded in the Experiment and Research Center of Navy Harbor Engineering.
进行多项无撑浮箱码头和铰接式浮箱栈桥系统的模型波浪动力试验,获得几百组共数万个数据,找到系统在浅水区中的波浪动力响应规律,取得了一些十分有价值的成果。
5) wave force spectrum
波浪力谱
1.
By using the second order Stokes wave theory,the wave force is calculated and the method to deduce the formula of the second order Stokes wave force spectrum is explored.
本文基于二阶Stokes非线性波浪理论探讨了采用非线性波浪理论时随机波浪力谱的计算方法,并用一典型算例,对本文公式的计算结果与线性波理论的计算结果进行比较。
6) wave pressure
波浪压力
1.
A PCL based automatic loading approach for wave pressures;
基于PCL语言的波浪压力自动加载方法
2.
In order to provide a reliable basis for seeking reasonable engineering solutions,we carried out a comparative analysis of the wave pressure distribution and wave overtopping of two different structured revetment wave screens by physical model experiment.
运用物理模型实验的方法对比分析两种不同结构形式的护岸挡浪墙波浪压力分布、越浪量等特点,为探求合理的工程解决方案提供了可靠依据。
补充资料:力波罗密
【力波罗密】
十波罗密之一。
十波罗密之一。
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