Thus, techniques for structural health monitoring in offshore platform structures are essential to ensure safety, reduce the cost of maintenance, and prolong the service life.
因此，对结构损伤进行安全评估的结构健康监测技术研究对于确保海洋平台结构安全，降低维修成本以及延长服役期限都是非常必要的。
Based on the working environment of offshore platform and structural feature, other failure modes of structure are researched in this paper.
本文针对海上平台的工作环境及结构形式特点分析探讨了构件的其它一些破坏模式。
Then, the global structural temperature and response of offshore jacket platform under fire effect are analyzed.
其次，分析火灾发生作用时，钢结构海洋平台的整体温度场和结构响应。
According to this new model, an assessment method for fuzzy fatigue reliability of structural members of offshore platform in service was provided.
按照此模型，给出了平台服役期间构件动态模糊疲劳可靠度的计算方法。
According to this new model, an assessment method for fuzzy fatigue reliability of structural members of offshore platform in service was provided.
按照此模型，给出了平台服役期间构件动态模糊疲劳可靠度的计算方法。
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