改进型地质仪器RAP的经济技术可行性

Tales Moreira de Oliveira, Jordan Lopes Albino, Leandro Neves Duarte, Túlio de Souza
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引用次数: 0

摘要

夯集料墩(RAP)是一种用于颗粒状和粘性土壤的土壤改良技术。该技术具有提高地基承载力、全面改善土-结构相互作用结构的稳定性、减小和加速固结引起的位移等目的。它的应用,当与浅基础同时使用时,如果与没有使用这种技术的相同情况和土壤相比,可以增加承载力并减少初次沉降。提出的改进RAP桩是RAP桩的简化结构,将RAP桩的直径改为较小,约为15厘米,使用钢渣作为颗粒材料,并使用SPT锤作为压实元件进行。其主要目的是应用于中小型建筑的基础。本文通过对巴西通常应用的不同地基模型的设计,在假设的岩土工程情况下,报告了改进RAP桩的可行性。改进的小直径RAP桩成本较低,具有良好的应用前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Economic Technical Feasibility of Modified Geopier RAP
Rammed Aggregate Piers (RAP) by Geopier consists in a technique of soil improvement used for both granular and cohesive soils. This technique has some goals, such as: the increase of bearing capacity, the general improvement of stability of structures related to soil-structure interaction, and the reduction and acceleration of the displacements coming from consolidation. Its application, when used simultaneously with shallow foundations, can increase the bearing capacity and reduce the primary settlement, if it is compared to the same situation and soil without the use of this technique. The proposed modified RAP piles constitutes a simplified construction of the RAP pile that has been altered to be constructed with smaller diameters, about 15 cm, using steel slag as a granular material, and is performed using the SPT hammer as a compaction element. Its main objective is the application in foundations of buildings of medium to small size. This report the feasibility of the Modified RAP piles, through the design of different models of foundations normally applied in Brazil in a hypothetical geotechnical situation. The modified RAP piles for small diameters obtained a low cost, and it showed up to be viable and advantageous application.
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