1) oceanographic platform
海洋学平台
2) offshore platform
海洋平台
1.
Design of the offshore platform model similar to the natural frequency of original shape;
满足固有频率相似的海洋平台相似模型设计
2.
Detection of offshore platform structure crack based on frequency response function;
基于频率响应函数的海洋平台结构损伤检测
3.
Dynamic reliability analysis of offshore platform considering fatigue failure;
考虑疲劳失效的海洋平台动态可靠性分析
3) offshore platforms
海洋平台
1.
Research on fuzzy logic control of structural vibration for offshore platforms based on random uncertainty factors;
基于结构参数随机性的海洋平台振动模糊逻辑控制研究
2.
State of the art of structural optimization for offshore platforms;
海洋平台优化设计的研究进展
3.
The paper discussed collectivity layout design of semi-submersible offshore platforms according to active-correlated graph method based on the human factors engineering and put forward a new design scheme according to principle of human-machine engineering.
从人机工程学角度研究了半潜式海洋平台总体布置设计,提出了面向人机工程的总布置设计原则,以关系图法重点对平台甲板布置进行研究,并总结了在平台设计过程中人机工学的基本原则。
4) jacket platform
海洋平台
1.
An improved crack detection method using modal frequencies of jacket platforms;
基于固有频率的海洋平台损伤检测方法的改进
2.
An improved crack inspection method based on modal parameters was presented for identifying a crack in a jacket platform.
将基于模态参数的损伤检测方法应用于海洋平台,并进行改进。
3.
Crack detection procedures using different modal parameters are analyzed for identifying the crack location and magnitude in a jacket platform.
将基于不同模态特性参数的损伤检测方法应用于海洋平台 ,研究适用于海洋平台裂纹损伤的模态参数检测方法。
5) platform
[英]['plætfɔ:m] [美]['plæt'fɔrm]
海洋平台
1.
Simulated calculation for platform stability in follwing sea;
海洋平台在拖航中的随浪稳性仿真
2.
Study of Flow-Induced Vibration in Pipes on Offshore Platform and in Water;
分析了海洋平台及水下输液管道的流体激振机理，建立了相应条件下的物理模型及数学模型，应用Matlab软件编制了计算程序，对海洋平台输液管道内流流场、管道所受流体激振力及水下输液管道绕流受力(横向升力及纵向阻力)分别进行了求解，并推得了两端固支条件下水下输液管道强迫振动方程的线性解。
6) Ocean platform
海洋平台
1.
Research on the automatic calculation system of ocean platform jacket link parameters;
海洋平台导管架构件参数自动计算系统
2.
Finite element analysis of the deformed-sunken damaged members of ocean platform structures;
具有失真性变形与凹坑耦合损伤的海洋平台桩腿有限元分析
3.
Taking bucket foundation ocean platform for examplet,he internal air pressure and bottom water pressure of buckett,he acceleration and hauling power of platform were measured in the various combinations of towing of bucket foundation platform by using model test.
以筒型基础海洋平台为研究对象,通过模型试验测定了不同拖航组合时的平台加速度、拖缆力、筒内气压力以及筒底水压力,并用因子分析和聚类分析对10个力学参数测试结果进行分析比较,用于筒型基础平台随浪、顶浪时最佳拖航方式的选取判别。
补充资料：海洋学
研究海水的性质、海浪和潮汐等现象以及海水与海中生物关系的学科。
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