Stabilisasi Tanah Lempung Menggunakan Pasir Pantai Terhadap Nilai CBR Unsoaked

Rama Indera Kusuma, Enden Mina, Woelandari Fathonah, Rizqi Cahyo Nugroho
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引用次数: 1

Abstract

The problem of strength and resilience of soil is one of things that really need to considered in the planning and construction work of a civilian building . This is because the land in question serves as a medium that holds the load or the action of a construction that is built on it. The construction of soil on Kp. Juhut Street – Karang Tanjung Pandeglang Regency has a low carrying capacity by having a California Bearing Ratio of 3,1% by testing the Dynamic Cone Penetration, so that the value of California Bearing Ratio on the road is below the standard of 5%, then the land stabilization needs to be done. Stabilization using beach sand material is one way to meet the needs of the required strength. This study attempts to knowledge of and classification of land in the Kampung Juhut, Kecamatan Karang Tanjung, Kabupaten .Pandeglang with the Unified Soil Classification System (USCS). And to knows the CBR unsoaked by the addition of beach sand of the percentage 0%, 12%, 24%, and 36% for ripening with 0, 7, 14 days . The results of studies show that based on some classification systems USCS, the soil types including in the classification OH, that is clay with organic plasticity. Results Based on the addition of beach sand by 36% and curing for 14 days, the highest CBR value was 28% and was included in the good category for base or subbase.
土的强度和回弹问题是民用建筑规划和施工中需要考虑的问题之一。这是因为所讨论的土地充当了承载负载或在其上建造的建筑的作用的媒介。土壤在Kp上的构造。Juhut Street - Karang Tanjung pangdeglang Regency的承载能力较低,通过动态锥突测试,加州承载比为3.1%,因此道路上的加州承载比值低于5%的标准,则需要进行土地稳定。利用沙滩砂材料进行稳定是满足强度要求的一种方法。本研究尝试使用统一土壤分类系统(USCS)对甘榜居胡特、卡玛坦、卡朗丹绒、Kabupaten、pangdeglang等地的土地进行认识和分类。并了解未浸泡的CBR在0、7、14天的熟成时间中,添加沙滩砂的比例分别为0%、12%、24%、36%。研究结果表明,在某些分类系统USCS中,土壤类型包括OH分类,即具有有机可塑性的粘土。结果以海滩砂添加量36%,养护14 d为基准,CBR值最高为28%,属于基层或亚基层的良好类别。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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