M. Zaki, Wardani Spr, Muhrozi Muhrozi
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摘要

在软土上施工,往往会产生问题。三宝垄北环大桥和Kali Jajar大桥是位于Pantura地区的近期软海相冲积带,具有非常软的土壤特征,深度超过-30.0米,这导致了非常大的沉降,由于非常小的颗粒,洪水,rob,孔隙水压力增加,因此土壤的抗剪强度会很小。压缩大,渗透系数小,如果施工荷载超过临界承载能力,就会对地基土产生破坏。要获得土体承载力的增加,可以从土体的剪切角(f)、黏聚力(c)和单位重量(g)三个方面来改变土体的性质。通过土体颗粒的压缩,增加空腔密度来减少沉降(Wesley, 1977)。土壤改良需要很长时间,在这种情况下,为了增加抗剪能力,需要快速的时间,使用预制垂直排水沟(Bowles 1981)。两个研究地点的Oprit大桥PVD(预制垂直排水管)的下降模式和使用效果分析结果表明,在相同堆高范围内(H = 4 m), 64个月时桥上的PVD(预制垂直排水管)下降了117.53 cm。卡莉·贾格尔(STA)3 + 200),三宝垄北环桥37个月下降了268.94 cm
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PENURUNAN OPRIT JEMBATAN SEMARANG LINGKAR UTARA DAN JEMBATAN KALI JAJAR DEMAK JAWA TENGAH DENGAN PRE-FABRICATED VERTICAL DRAIN
Construction on soft soil, often creates problems. The Semarang North Ring Bridge and Kali Jajar Bridge are the Recent soft Marine Alluvium zones located in the Pantura area which have very soft soil characteristics with a depth of more than -30.0 meters this has resulted in a very large settlement due to very small grains, flood, rob, pore water pressure increases so that the shear strength of the soil will be small, the compression is large and the permeability coefficient is small so that if the construction load exceeds the critical bearing capacity, the damage to the foundation soil will occur. To get the increase in soil bearing capacity, it can be achieved by changing the properties of the soil from the shear angle (f), cohesion (c) and unit weight (g). The settlement can be reduced by increasing the cavity density from the compression of the soil particles (Wesley, 1977). Soil improvement takes a long time, aiming to increase shear resistance so that it requires a fast time in this case is to use Pre-Fabricated Vertical Drain (Bowles 1981). The results of the analysis of the pattern of decline and the effectiveness of the use of PVD (pre-fabricated vertical drain) at the Oprit Bridge in the two research locations have the same decrease in the range of the same heap height at (H = 4 meters) there is a decrease of 117.53 cm at 64 months on the bridge. Kali Jajar (STA. 3 + 200) and there was a decrease of 268.94 cm at 37 months at the Semarang North Ring Bridge
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