mooring line
英 [ˈmɔːrɪŋ laɪn]
美 [ˈmʊrɪŋ laɪn]
网络 系缆; 缆绳; 系船缆; 系缆索; 系泊缆
英英释义
noun
- (nautical) a line that holds an object (especially a boat) in place
双语例句
- While mooring line directly affect the performance of mooring system reliability, to reasonably select and design the lines has become the focus of the Spar platform mooring system design.
锚泊线的性能直接影响到锚泊系统的可靠性，因此它的合理选择及设计成为Spar平台锚泊系统设计的重点。 - Based on the above two tests, the effect of mooring line and riser on the global motion of the floating platform as well as the coupled effect are compared and analyzed.
通过这些测试，比较和分析了系泊索和立管对浮式平台总体响应的影响及其耦合效应。 - Firstly, analyze and compare the material and character of mooring line.
分析比较锚泊线应用的具体成分及其特性。 - Result show that buoy can reduce the dynamic tension of mooring line, but bring the larger displacement.
计算结果表明浮筒能明显地减少锚泊线动张力，但位移较大。 - In this paper, the author choose a semi submersible, which will be set up in South China Sea, for truncation design based on static equivalence. Then the truncated single mooring line and truncated mooring system are used for dynamic difference studies.
基于动力特性上的差异研究，本文选取某座即将工作于中国南海的半潜平台进行基于静力相似截断系泊系统设计，对截断系泊缆，截断系泊系统进行了一系列动态差异研究。 - The method proposed by NDBC is used to solve the dynamic problem of moored buoy. In this method, the dynamic equations of mooring line were linearized while the interaction between buoy motions and cable motions is taken into consideration.
采用美国数据浮标中心（NDBC）提出的分析方法，即将锚泊线动力方程线性化，并考虑到锚泊线与浮标体之间相互耦合的关系，在频率域中对单点系泊浮标进行了动力分析。 - The influence of different current velocities and mooring line lengths on the dynamic response of vessels and mooring force was investigated.
探讨了不同来流速度和系缆长度对于船只的动力学响应和系缆力的影响。 - By using the perturbation method, the frequency response functions of a mooring line up to the second order were obtained in a previous paper by the authors.
试验采用随机振荡法，测量并记录了锚泊线上端点的运动及张力，由此测量数据分析频率响应函数。 - Calculating method of mooring line tension based on catenary theory
基于准悬链线理论的舰船缆绳张力计算 - Mooring positioning system performance depends mainly on the ocean environmental conditions, the environmental loads acting on floating structure and mooring lines, the material and dynamic performance of mooring line, the arrangement of mooring lines, water depth and other factors.
锚泊定位系统性能主要取决于海洋环境条件、浮式结构物和锚泊线所受的环境荷载作用、锚泊线的材料及其动力性能、锚泊线布置形式、海水水深等因素的影响。