Offshore structures should be designed to withstand such a storm.
海上构筑物应设计能承受这样一种风暴。
How does offshore turbine loading differ from other offshore structures?
海上风机载荷和其他海上建筑有何不同？
Offshore structures are main tools to exploit oil and gas resources in oceans.
海洋平台是海洋油气资源开发的主要工具。
Stiffened steel plate is the basic strength member in ship and offshore structures.
加筋板是船舶和海洋结构物中的基本结构构件。
Vibration analysis and control of offshore structures in random floating-ice field.
随机浮冰场中海洋平台的振动分析与控制。
Stiffened steel panels are the basic strength members in ship and offshore structures.
加筋板是船舶和海洋结构物中的基本结构构件。
The ice loads threaten offshore structures by their evident dynamic effects in addition to high load.
冰荷载对海洋结构的威胁除了它们的高荷载外，更多的在于显著的动力效应。
Wave forces on offshore structures are one of the most important factors in design and investigation.
波浪作用力是海洋工程结构物设计和研究中需要考虑的重要因素之一。
Analysis of the ocean environment loads is essential to ensuring the strength of offshore structures.
海洋环境载荷的分析计算是海上结构物强度保证的基础。
Among other implications, engineers would need to rethink they way they plan coastal and offshore structures.
从其他含义中说，工程师将需要重新考虑他们设计沿海结构的方法。
Several deformation and stress states of offshore structures are described by using variable dimension fractals.
应用变维分形的方法描述了海工结构的几种变形和应力状态。
A first order second moment formulation for systems fatigue reliability assessment of offshore structures is presented.
本文提出了海洋平台结构系统疲劳可靠性分析的一阶二次矩方法。
Tubular structure is widely used for offshore structures, because in such structures, multiplanar joints are unavoidable.
圆管结构大量应用于海上或近海结构，在这种结构中，多平面节点是不可避免的。
It has been hold that the amplitude of wave is the major concern when computing forces the offshore structures experience.
另外，以前在计算结构物受力时，考虑的最主要的参数通常是波高。
The corrosion failure behavior of Marine steel is affected by stress, which exists in offshore structures at sea_mud region.
海洋用钢在海底泥土区常承受具大的应力，而应力将对海洋用钢的腐蚀破坏行为产生影响。
The safety of deepwater or large offshore structures is distinctly important than ship and other ordinary marine structures.
相对于船舶和普通海洋钢结构，深水和大型海洋工程结构面临的安全性更为重要。
The paper deals with fatigue life of welded joints of offshore structures by using the method of probabilistic fracture mechanics.
本文用概率断裂力学的方法研究了海洋平台管节点的疲劳强度。
The calculation then is simplified of the wave forces acting on the offshore structures with complex forms and multi-kind elements.
从而使那些形状复杂、单元形状类型较多的近岸建筑物上波浪力计算的繁度得到简化。
For the reliability assessment, the appropriate methodology should be applied based on the offshore structures and environment situations.
对深水立管系统的可靠性断裂评估，应根据结构和环境情况，选取适当的评估方法。
The failure criteria of the cracked structural components for offshore structures and the fatigue model for repaired structural member are discussed.
首先讨论了海洋结构含裂纹构件的失效准则及修复构件疲劳性能的评价模型。
The ct SEAS unit is flexible, fit-for-purpose, and readily adaptable for many offshore structures, including platforms, floaters, and tension-leg platforms.
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 tested results show that the remarkable control effectiveness can be achieved by using AMD to control the vibration of offshore structures under earthquake.
采用自行设计制作的AMD控制系统，进行了平台结构模型振动控制的地震模拟振动台试验，证实了AMD控制系统对平台结构良好的振动控制效果。
Dynamic interactions of sea ice with offshore structures, ice-induced vibrations and ice loads identification, are still the hot and key problems in ice engineering.
海冰-结构的动力相互作用、冰激振动及冰载荷的识别问题，仍是目前工程海冰界的核心和热点问题。
There are a few accidental events causing damage of offshore structures due to severe ice-induced vibrations, so it is necessary to reduce vibrations of offshore structures with some measures.
由于冰对结构物的剧烈振动，导致了多起海洋结构被破坏的事例，因此，必须采取措施减小海洋结构的振动。
Much attentions have been paid on the study of hydrodynamic interaction between multiple objects which is known as an important factor in the design and study of super-large offshore structures.
随着超大型海洋结构物的设计和研究日益受到重视，研究多物体之间的流体动力干扰特性显得十分必要。
Star Maling Glass Flake Epoxy is an economical coating system especially suited for helidecks, hull exteriors, splash zones on offshore structures and other areas exposed to abrasion and impact.
本产品是一个经济型体系，特别适用于海洋平台的甲板、船体外壳、飞溅区以及其它暴露在外受磨损和冲击的区域。
Star Maling Glass Flake Epoxy is an economical coating system especially suited for helidecks, hull exteriors, splash zones on offshore structures and other areas exposed to abrasion and impact.
本产品是一个经济型体系，特别适用于海洋平台的甲板、船体外壳、飞溅区以及其它暴露在外受磨损和冲击的区域。
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