用增加刚度的水平构件加固建筑物的基础

M. Zotsenko, Y. Vynnykov, Yevheniy Shokarev, Аndriy Shokarev
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引用次数: 0

摘要

本文描述了一种减少两层建筑的不均匀变形的方法,该方法通过使用砂搅拌技术使用增加刚度的水平水泥土(SCE)来加强地基的软弱土壤,从而改善了地基的施工性能。sce是在基础基底下的土体中形成的,是在压力下同时搅拌和注入水泥砂浆破坏土壤自然结构而形成的。已经确定,制造SCE具有许多优势:使用当地土壤作为制造材料;向土壤中只添加水和粘结剂,不添加骨料;在现场安装元素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reinforcement of the foundation base of the building with horizontal elements of increased rigidity
A method for reducing the uneven deformations of a two-story building, which provides improving the construction properties of weak soils that lie at the base, by reinforcing them with horizontal soil-cement elements (SCE) of increased rigidity, carried out using a sand mixing technology, is described. SCEs are created in the mass under the base of the foundations and are formed as a result of the destruction of soil natural structure with its simultaneous mixing and injection of cement mortar under pressure. It has been established that the manufacture of SCE has a number of advantages: using of local soil as a material for their manufacture; adding to the soil only water and a binder, without additional aggregate; installation of elements on the site.
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