深圳湾大桥

  • 网络shenzhen bay bridge
深圳湾大桥深圳湾大桥
  1. 以深圳湾大桥为例,计算了该桥在不同风速和迎角下的抖振位移响应,与传统频域分析结果的比较表明了该方法的可行性。

    As an engineering example , buffeting responses of Shenzhen Gulf Bridge are calculated under different wind velocities and angles . Results by the presented method are in conformity with those of traditional buffeting analysis in frequency domain .

  2. 本文以深圳湾大桥为工程背景,在抖振频域、时域分析理论的基础上,对独塔斜拉桥进行了抖振动力可靠性研究。

    In this dissertation , taking Shenzhen Gulf Bridge as engineering example , on the basis of analytical theory of buffeting in the frequency / time domain , the dynamic reliability study of buffeting on single tower cable-stayed bridge is carried out .

  3. 深圳湾公路大桥设计风速的推算

    Calculation of designed wind velocity for Shenzhen Bay Bridge

  4. 多因素复杂系统最佳因素权重确定的一种新思路&以深港西部通道工程深圳湾公路大桥为例

    New method of determining optimum factor weight

  5. 深圳湾公路大桥的一位项目经理周日介绍说,工人们一直充满激情地工作着。

    A project manager of the bridge said the workers had been driven by a pas-sion .

  6. 深圳湾公路大桥通航孔桥塔梁固结段施工技术

    Construction Techniques for Rigid Fixity Section of Pylon and Girder of Navigable Bridge of Shenzhen Bay Highway Bridge

  7. 深圳湾公路大桥非通航孔桥梁体施工,设计为分段预制,海上拼装,预制施工线形控制和梁段间吻合匹配,这些是其关键技术。

    The construction of opening bridge beams of Shenzhen Bay Highway Bridge adopted the techniques of precasting in sctions and assembly over the sea , the key technique of which is the linear control method of precast construction and the joint match of beams .

  8. 根据深圳湾公路大桥悬臂拼装实践,介绍了该桥0块精确对位的方法、工艺及设备,保证了该桥悬臂拼装的顺利进行。

    In the light of the construction practice in cantilever assembling the Shenzhen Bay Bridge , the paper introduces the method , processes and equipment for the precisely aligning construction of the bridge of Section 0 # , which ensured the success of its cantilever assembling operation .