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
- Wave period greatly influence mooring line forces and it increase with wave period.
波浪周期对船舶系缆力的影响比较大，系缆力随着波浪周期的增大而增大。 - 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。 - 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。 - Static bifurcation characteristic and Hopf bifurcation characteristic were investigated while current velocities and mooring line lengths were defined as the bifurcation control parameters.
以来流速度和系缆长度为分岔控制参数，研究了船舶系泊运动的静态分岔与Hopf分岔特性。 - 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。 - The solutions are related to first-order responses of mooring line and second-order floating structure oscillation, respectively.
其解分别与锚链的一阶运动响应和浮式结构物的二阶运动有关。 - 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。 - Combined with the present key location technique of ocean platforms, this study makes research on response of mooring line on different work conditions.
本研究结合当今海洋采油平台的主要定位方式，以浮体锚泊线响应为研究对象，对不同工况下的锚泊线响应进行分析研究。 - Because of the effects of environmental load in deep water, the physical characters of the mooring line material and the configuration, the analysis of the mooring lines involves nonlinearity due to fluid-solid coupling, geometry nonlinearity and material nonlinearity.
由于深水环境载荷和锚泊材料物理特性及锚链构型影响，锚泊系统分析涉及到流固耦合非线性、几何非线性、材料非线性等运动稳定性问题。 - The complicated mechanical properties of the mooring line are the key technical problems which needs to be solved above all in the engineering application of the new type mooring system with synthetic fiber ropes.
作为一种采用合成纤维材料系缆的新型系泊系统，系缆复杂的力学特性是其工程应用需要首先认识并解决的关键技术问题。