波浪载荷

最后，运用有限元分析软件ANSYS对其受到的波浪载荷作用所产生的响应进行分析研究。

Finally , by using ANSYS software the response from the wave loading can be analyzed .

三阶Stokes型随机波浪载荷谱研究

Spectral Study on Wave Loadings of random waves with the third Stokes type

计算实例说明ANSYS的动力模块程序是计算波浪载荷，进行动力分析的有效工具。

The calculate result proves that the ANSYS program is an effective calculation tool for wave load and power analysis .

FPSO储油轮与半潜式平台波浪载荷三维计算方法研究

3-D Computational Method of Wave Loads on FPSO Tankers and Semi-submersible Platforms

运用NASTRAN进行波浪载荷作用下船体强度分析

The Strength Analysis of Overall Ship under Wave Loads with NASTRAN

FPSO储油轮运动与波浪载荷三维水弹性分析方法研究

3-D Hydro-elastic Analysis Method of Ship Motion and Wave Loads on FPSO Tanker

Spar平台系泊系统计算及波浪载荷研究

Mooring System and Wave Forces of Spar Platform

水深对超大型FPSO运动响应与波浪载荷的影响

The Influence of Water Depth on Motion Response and Wave Induced Loads of a Large FPSO

随机波浪载荷下CII海洋平台结构可靠性分析

Reliability Analysis of Offshore Platform CII under Random Wave Loadings

应用非线性谱分析理论，对三阶Stokes型随机波浪载荷谱进行了分析。

The wave loading spectrum of the third order Stokes type random waves on circular cylinders is studied on this paper by means of nonlinear spectral analysis .

本文对一艘浅水超大型FPSO进行了数值计算，计算结果表明，船体的振动效应对不同波浪载荷产生不同的影响。

A very lager FPSO was calculated and the results show that the vibration effect has a different effect on various wave-induced loads .

本文从工程实用出发，利用目前广泛应用的Rankine源法在线性时域范围内求解了浮体在有航速条件下的运动与波浪载荷，并就其中遇到的问题进行了探讨。

This dissertation is based on practical consideration , and the widely used time domain Rankine panel method is utilized to solve the motion and wave loads of floating body with forward speed .

在研究了大量国内外相关文献之后，以波浪载荷为出发点，采用Morison方程，系统地分析和推导了海上风电机组基础结构的波浪载荷计算方法。

Based on the study of numerous relative research materials , I use of Morison Equation to systemically analyze the calculation method of wave force on the offshore wind turbine .

S-175集装箱船舶波浪载荷的船模试验与线性切片理论计算的比较

Model tests of S-175 container ship on wave loads and comparisons between experiments and calculations of linear strip theory

本文主要对以下几方面的内容进行了研究：1.阐述动态响应分析原理，研究动态响应计算实现方法，利用有限元软件MSC.Patran和其命令语言PCL实现时历波浪载荷的自动加载。

The principle of dynamic response analysis is expatiated ; the method of dynamic response calculation is studied ; and the auto-load approach of time-dimension wave load is realized by using the finite element analysis software MSC / Patran and its PCL language . 2 .

针对一艘无自主动力的浮式生产储油船（FPSO）拖曳航行时的静水、波浪载荷特点，开展船体梁极限强度可靠性评估。

The ultimate strength reliability analysis of hull girder was carried out according to the still water bending moment and wave-induced bending moment of an FPSO ( Floating Production , Storage and Offloading unit ) which has no automatic propulsion , under towing condition .

确定船体运动和波浪载荷的方法是以谐波中船舶的线性响应为基础，按零航速横浪来计算的。根据模型试验结果此种状态是SWATH最危险的载荷状态。

The acquisition of ship motion and wave loading is based on the linear response of ship in harmonic wave and calculated by ship with no speed running beam sea , which is believed the most dangerous loading condition for SWATH ship according to the ship model testing results .

对缩尺比为1∶100的三模块分节模型进行了水深对超大型FPSO波浪载荷响应影响的试验研究，试验结果表明水深对FPSO波浪诱导载荷的影响很大。

In the present paper , a 3-module model experiment with scale 1100 is described , and the effects of water depth on wave-induced loads response of a very large FPSO are studied . The experimental result shows that the water depth has a substantial effect on wave-induced loads .

整个试验在格拉斯哥大学流体动力实验室完成，测量了轻载和满载下SchiehallionFPSO的运动及波浪载荷。

The whole experiments to obtain the FPSO motions and sea loads were carried out in the Hydrodynamics Laboratory of University of Glasgow with a 1 / 80 scale model of Schiehallion FPSO in both fully loaded and ballast conditions .

在椭圆柱坐标下采用基于二维海姆霍兹方程的线性绕射理论来计算作用在油轮上的一阶波浪载荷，二阶波浪力则应用Pinkster近场方法来计算。

The first order wave load acting on the tanker is calculated using linear diffraction theory based on the 2-D Helmholtz equation , and the near field approach of Pinkster is used to evaluate the second order drift force .

海洋平台沉垫的波浪载荷试验研究

An experimental study on Wave Loadings on a mat of platform

有限厚度砂床对波浪载荷的响应

The response of finite thickness sand - bed to wave loading

船舶运动与波浪载荷计算的非线性方法研究

Nonlinear Method for the Computation of Ship Motions and Wave Loads

船体非线性波浪载荷的水弹性分析

Hydroelastic analysis of nonlinear wave - induced loads of ship hull

非线性波浪载荷作用下的船体结构疲劳损伤

Fatigue Damage of Ship Structure under the Non-linear Wave Loading

作用在铰接塔上的波浪载荷采用莫里森方程求出。

The wave load on the tower is evaluated using Morison equation .

考虑流固耦合的桁架式近海结构物波浪载荷及动力分析

Wave Load and Dynamic Analysis on Truss-type Offshore Structure Considering Fluid-structure Interaction

随机波浪载荷的自由表面效应研究

Study on the Free Surface Effects of Random Wave Forces

水深对船舶运动和波浪载荷的影响

The effects of water depth on the ship motions and sea loads

深水半潜式钻井平台波浪载荷预报与结构强度评估

Wave load calculation and structural strength assessment for deepwater semi-submersible