实际工程应用证明，该技术可有效减小地下连续墙侧移和弯矩，有缩短工程施工总工期、节省费用等优点。
The practice proves that this technique can reduce the lateral shift and moment of underground diaphragm effectively and save construction time and cost.
以位移为未知量，根据平衡条件建立了竖向荷载作用下端部固定的空腹桁架节点转角和节间侧移迭代计算公式与固端弯矩的计算方法。
Iterative formulas of nodal rotational Angle and lateral deflection of truss panel and fixed-moment in end-fixing Vierendeel truss subjected to vertical loads are presented in this paper.
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