Ship and ocean engineering structures mostly consist of plates and beams.
船舶与海洋工程结构物一般是由板和梁组合而成的。
Accordingly, some experts proposed the concept of safety monitoring on ocean engineering structures.
据此专家提出了海洋工程结构安全监测的概念。
The accurate prediction of wave loads is a key factor of design and strength evaluation for ocean engineering structures.
对波浪载荷进行准确的预报是船舶与海洋工程结构设计与强度评估的基础和关键。
Fatigue damage of ship and ocean engineering structures will caused by fluctuation loadings, such as wave loading, during their service time.
船舶与海洋结构物在其服役过程中受到波浪等载荷的交变作用而引起结构的疲劳损伤。
Consequently, specific research about the application of FBG works in safety monitoring of ocean engineering structures has been done in this paper.
本文就是基于此类光纤传感器在海洋工程结构安全监测中的应用进行研究的。
The safety and reliability of offshore platform structures is one of the most important research areas on ocean engineering with difficulties and challenges.
海洋平台结构的安全可靠性是海洋工程中一个有难度而富有挑战性的重要研究领域。
It is an important field to electric power supply of subsea facilities and structures in the ocean engineering.
海底结构设施的电力供应是海洋工程的一个重要方面。
Seawall is one of the most common structures in coastal and ocean engineering.
海堤是常见的海岸防护工程结构，在淤泥质海岸，大多采用复合式海堤形式。
The utilization of very large floating structures in the use of ocean space and development of ocean resources is regarded as a focus of attention in ocean engineering circles.
应用超大型海洋浮式结构物进行海洋空间利用和海洋资源开发 ，是目前海洋工程界的研究热点。
Before that, geological survey must be made to explore the underground structures so as to determine the safety of ocean engineering in these areas.
在施工前，为确保工程安全，必须查明地下地质情况，因而要进行前期地质调查工作。
Before that, geological survey must be made to explore the underground structures so as to determine the safety of ocean engineering in these areas.
在施工前，为确保工程安全，必须查明地下地质情况，因而要进行前期地质调查工作。
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