评估俄罗斯中部伊斯兰学校大楼Bore Pile的基础设施使用情况

Reko Sopiyanto, Yudhia Pratidina Pestalozzi, Edito Dwi Antoro
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引用次数: 0

摘要

根据Bengkulu省Bappeda的数据,由于下部结构(基础)的破坏,有3,341座建筑物倒塌。在Madrasah Aliyah Negeri Insan Cendekia的服务大楼中,使用的地基可以被认为是低效的。原因是,即使每个点具有不同的荷载和楼层高度,每个点的基础数量也是相同的。本研究旨在运用定量方法,对伊斯兰学校服务大楼的承载力和钻孔桩基础的需求进行评估。通过计算地基的极限承载力(Qu)和允许承载力(Qizin),得到(Qu) 208,992吨,(Qizin) 65,234吨(Mayerhoof法)和(Qu) 208,992吨,(Qizin) 62,775吨(Guy Sanglerat法)。Mayerhof法对基础桩需求的评价在基础1 (P1) 3桩处最大,在基础5 (P5) 1桩基础处最小。根据Guy Sanglerat的方法,最大的基础需求是在基础1点和2点(P1和P2) 3个基础桩,最小的基础需求是在基础5点(P5) 1个基础桩。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluasi Penggunaan Fondasi Bore Pile Pada Bangunan Gedung Pelayanan Madrasah Aliyah Negeri Insan Cendekia Bengkulu Tengah
Based on data from the Bengkulu Province Bappeda, there were 3,341 buildings collapsed due to the failure of the lower structure (foundation). In the Service Building of Madrasah Aliyah Negeri Insan Cendekia, the foundation used can be considered inefficient. The reason is that the number of foundations is the same at each point even though each point has a different load and floor height. This study aims to evaluate the bearing capacity and the need for bore pile foundations in the Service Building of Madrasah Aliyah Negeri Insan Cendekia using quantitative methods. Based on the calculation of the ultimate bearing capacity (Qu) and allowable bearing capacity (Qizin) of the foundation, obtained (Qu) 208,992 tons, (Qizin) 65, 234 tons (Mayerhoof Method) and (Qu) 208,992 tons, (Qizin) 62,775 tons (Method Guy Sanglerat). The evaluation of the need for foundation piles using the Mayerhof method is the largest at the point of foundation one (P1) 3 foundation piles and the smallest is at the point of foundation five (P5) 1 pile foundation. Based on Guy Sanglerat's method, the largest foundation needs are at foundation points one and two (P1 and P2) 3 foundation piles, the smallest at foundation point five (P5) 1 foundation pile. 
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