推导出张力腿平台六自由度有限运动非线性控制方程。
The governing differential equations of tension leg platform considering comprehensive nonlinearities are deduced.
平台的总体尺度规划是张力腿平台设计中最基础的工作。
The general size planning is the fundamental part in a TLP design.
提出了一种解决张力腿平台系索疲劳可靠性问题的思路。
The updated fatigue reliability of a tension leg platform (TLP) tendon system based on inspection was investigated.
张力腿平台总体尺度规划研究对我国南海深水油气开发具有重要意义。
The general size planning of tension leg platform is very important in the platform design for oil and gas development in the South China Sea.
本文研究海洋张力腿平台的张力腿由于涡激产生的非线性振动的稳定性。
The paper concerns the stability of Tension Leg Platform (TLP) tethers nonlinear oscillation induced by vortex shedding.
观察了单腿破断时张力腿平台的平面运动、稳性、张力的重新分配和动力系数。
The TLP plane motion, stability, redistribution of tether force and dynamical factor has been viewed, during the rupture of one leg.
介绍了张力腿平台吸力式基础在水平静载和循环动荷载作用下的离心模型试验。
The results of centrifuge model tests on the behavior of suction bucket foundations of a TLP under static and cyclic horizontal loads were presented.
与固定式平台不同，张力腿平台（TLP）是一个浮式结构，具有六个运动自由度。
The updated fatigue reliability of a tension leg platform(TLP) tendon system based on inspection was investigated.
与固定式平台不同，张力腿平台（TLP）是一个浮式结构，具有六个运动自由度。
Unlike fixed platform, Tension Leg Platform (TLP) is a floating structure with 6 degrees of freedom.
主要论述基于检测结果的海洋工程结构张力腿平台（TLP）系索系统的疲劳可靠性更新。
The updated fatigue reliability of a tension leg platform(TLP) tendon system based on inspection was investigated.
考虑深海柔性张力腿平台的几何非线性特征，建立柔性平台结构非线性随机振动响应分析方法。
Considering the geometrical nonlinearity, a new method for the nonlinear random vibration of flexible Tension Leg Platform (TLP) is presented in this paper.
经过计算分析，发现在入射波频率很低且接近张力腿平台纵荡固有频率时，平台将会产生很大位移。
Through analysis to the surge response, we can find that when the frequency of the incident wave is too low to the inhered surge frequency of TLP, very big displacement will take place.
CTSEAS设备具备灵活性，可定制化，适用于多种海上设施，包括平台、浮动设备、张力腿平台等。
The ct SEAS unit is flexible, fit-for-purpose, and readily adaptable for many offshore structures, including platforms, floaters, and tension-leg platforms.
张力腿平台的垂荡引起张力周期性变化，对张力腿的涡激横向振动起参数激励的作用，使其动力响应更为复杂。
Periodical variations of tether's tension caused by heaving oscillation of TLP play the role of a parametric exciter to vortex-induced vibration, and make it more complicated.
位于海洋环境的张力腿平台受到的载荷是相当复杂的，本文着重考虑在涡旋脱落载荷作用下，横向有限应变对结构振动响应的影响。
This study is focused on the influence of the transverse finite strain on the response of the structure subjected to different vortex-shedding loads.
该张力腿式平台（TLP）停泊在2900英尺深的水中。
该张力腿式平台（TLP）停泊在2900英尺深的水中。
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