矩形灌注桩气举反循环多头钻成槽施工工艺
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Trough formation of rectangular cast-in-situ pile by air lifted reverse circulation multi-drilling technology
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    摘要:

    在板桩码头设计中,为了减少土压力对板桩的作用,常在板桩后面一定距离设计一排遮帘桩。常用的遮帘桩有:预制混凝土桩、钢管桩和灌注桩,其中灌注桩是常用的一种。通过计算得出:灌注桩的截面为矩形比圆形遮帘效果好,但矩形截面的灌注桩采用常规施工机具成孔效率低,且很难保证桩孔质量。介绍采用经过改造后的多头钻气举反循环成槽施工工艺和设备,施工效果良好。

    Abstract:

    In the design of sheet pile wharf, in order to reduce the earth pressure on the sheet pile, we commonly design a row of blind piles at a certain distance behind the sheet pile, including precast concrete pile,steel pipe pile and cast-in-situ pile, among which,the cast-in-situ pile is the most commonly used one. The calculation result proves that the rectangular cross-section is better that the circular one, but the construction of the rectangular cross-sectioned pile commonly uses the conventional equipment, which is characterized by low pore-forming efficiency and is difficult to ensure the construction quality. The air lifted reverse circulation multi-drilling technology and equipment presented in this paper are applied to the construction and have achieved satisfactory effects.

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杨志君.矩形灌注桩气举反循环多头钻成槽施工工艺[J].水运工程,2012(8):187-190.

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  • 在线发布日期: 2012-08-22
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