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Design and Performance of a 15m Deep Excavation for a Wagon Tippler

机译:为Wagon Tippler设计和性能为15米的挖掘

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As a part of bulk handling facility at one of the major ports on the east coast of India, a 15m deep excavation was carried out for construction of a wagon tippler and belt conveyor tunnel. RCC diaphragm wall has been provided as a temporary support for 20m x 70m excavation. During execution, the dewatering system provided was found to be inadequate in view of the high permeability of cohesionless strata. To meet construction schedule, direct pumping of water was adopted from the excavation which resulted in large quantity of seepage into the excavation and settlement of the diaphragm wall panels. This also resulted in considerable subsidence of the surrounding area resulting in severe distresses to a building adjacent to the diaphragm wall. This paper describes the details of the structure, strata condition, design of excavation, problems faced during execution and the remedial measures adopted.
机译:作为印度东海岸的主要港口之一的批量处理设施的一部分,开展了15米的挖掘,用于建造马车Tippler和皮带输送机隧道。 RCC隔膜墙已作为临时支撑,适用于20m x 70M挖掘。考虑到粘性地层的高渗透率,发现提供的脱水系统不充分。为了满足施工时间表,从挖掘中采用直接泵送水,从而导致大量渗流到隔膜墙板的挖掘和沉降。这也导致周围区域的相当大,导致与膜片墙相邻的建筑物的严重疼痛。本文介绍了结构,地层条件,挖掘设计的细节,执行期间面临的问题以及采用的补救措施。

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