集装箱堆场设备-轨道-基础的协同设计
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Collaborative design of equipment-rail-foundation of container yard
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    摘要:

    针对现行集装箱堆场轨道基础设计方法在软土地区易造成不均匀沉降大、建设费用高、工期长的问题,引入协同设计理念,将装卸设备、轨道、基础作为一个系统进行设计,通过提升设备对轨道公差的适应性和增加沉降调节设施以扩大系统对沉降的适应范围,进而达到取消桩基础的目的。以某集装箱码头堆场工程为例,对该理念下的堆场沉降预测、装卸设备对公差的适应性、轨道变形调整技术、结构的沉降适应性进行研究。结果表明,协同设计方法能适应更大的工后沉降,经济效益良好,具有推广价值。

    Abstract:

    For the problems of existing container yard rail foundation design method in soft soil area including large differential settlement,high cost and long construction period,we introduce the collaborative design concept,which regards the handling equipment,rail and foundation as a system. Through improving the adaptability of equipment to tolerance and adding the facilities for settlement adjustment,we can extend the system’s range of adaptation to settlement,and thus achieve the goal of eliminating the pile foundation. Taking a container yard project as an example,we study crucial factors including settlement prediction,adaptability of equipment to tolerances,technique of rail adjustment,as well as the adaptability of foundation to settlement. It is concluded that the collaborative design method can adapt to larger post-construction settlement and achieve better economic benefits,thus it is worthy of popularizing.

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刘家才,张 斌.集装箱堆场设备-轨道-基础的协同设计[J].水运工程,2022(8):167-171.

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  • 在线发布日期: 2022-07-19
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