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.
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.
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.
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。
The updated fatigue reliability of a tension leg platform(TLP) tendon system based on inspection was investigated.
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