1) near-wall pipeline
近底管线
1.
Incorporated with the vibration equation,the vortex-induced vibration of the near-wall pipeline is studied by an Arbitrary-Lagrangian-Eulerian(ALE) algorithm.
应用有限元方法通过求解原始变量的二维不可压粘性流体的N-S方程和管线振动方程,数值模拟了近底管线的绕流及漩涡脱落引起的管线振动,采用ALE方法解决因管线振动引起的动网格问题和流固耦合问题。
2) offshore work pipeline
近海海底管线
3) submarine pipeline
海底管线
1.
Study of safety assessment analysis system for submarine pipeline containing defects;
含缺陷海底管线安全评定系统研究
2.
Analysis on the effects of dynamic response of submarine pipeline under seismic loading;
海底管线地震应力影响分析
3.
Study on Failure Mechanism for Submarine Pipeline with Corrosion Defects;
腐蚀损伤海底管线破坏机理研究
4) subsea pipeline
海底管线
1.
Research and development of the channel of inspection and maintenance unit for subsea pipeline and cable;
海底管线电缆检测与维修装置通道研制
2.
Inspection survey and data processing of subsea pipeline;
海底管线调查方法和资料处理
3.
Design methods for subsea pipelines against earthquake waves;
地震波条件下海底管线抗震设计方法研究
5) offshore pipeline
海底管线
1.
The effect of seabed features on the stability of offshore pipeline;
地貌形态对海底管线稳定性影响的研究
2.
The paper comprehensively analyzes and summarizes main problems that exist in seismic stress calculation of offshore pipelines.
比较全面地分析并概述了海底管线抗震设计所面临的问题 ;结合工程应用 ,给出了解决这些问题的基本思路和建议 ,希望能够对海底管线抗震设计方法研究和抗震规范的制定提供一定的帮助。
3.
With oil industry developing persistently, Offshore pipeline is widely beingmade use of in ocean exploitation of oil and natural gas.
近海石油工业的不断发展,使得海底管线在近海石油及天然气的大量开采运营中得到了广泛应用。
6) seabed pipeline
海底管线
1.
Study of mathematical model for oil spills from seabed pipeline;
海底管线溢油数学模型研究
2.
Mathematical simulation of oil spills from seabed pipeline;
海底管线溢油的数值模拟
3.
The numerical simulation of wave forces on seabed pipeline bythree-step finite element method and large eddy simulation;
海底管线上波浪力的大涡模拟及三步有限元数值模拟
补充资料：尼近底
【尼近底】
（杂语）Nyanti”，译曰深入。玄应音义二十五曰：“尼近底，此言深入义，贪异名也，言穷极无厌故以名之。”近为延之误。(参见：尼延底)
（杂语）Nyanti”，译曰深入。玄应音义二十五曰：“尼近底，此言深入义，贪异名也，言穷极无厌故以名之。”近为延之误。(参见：尼延底)
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