Characteristic behavior of soil using bacterial biogrouting with LISA FEA V.8.

A. W. Efendi
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Abstract

The increasingly widespread use of micro-bacteria in research to improve soil characteris-tics in the world of construction and also provide a significant increase in soil carrying ca-pacity so that this kind of research makes a very good contribution where the material and mixing object are natural materials, namely in the form of bacteria. This study used the finite element method with the help of LISA V.8 FEA (Li-cense), a finite element method software package, to obtain the stress arising from existing soil ma-terial with soil material that has been mixed with mycobac-teria or the biogrouting method. According from the results of the analysis using numerical analysis using the finite el-ement method LISA V.8 FEA program, it can be seen that there is a reduc-tion in the oc-currence of settlement after adding the two bacteria which have been aged for 30 days with a reduction in soil settlement of 2.9-2.27 mm de-spite an increase in stress. ranging from 58.3 to 69.4 kN/m2.
利用 LISA FEA V.8 进行细菌生物路由的土壤特征行为。
微生物细菌在研究中的应用日益广泛,不仅可以改善建筑领域的土壤特性,还能显著提高土壤的承载能力,因此,当材料和混合对象都是天然材料(即细菌形式)时,这种研究会做出很好的贡献。本研究利用有限元法软件包 LISA V.8 FEA (Li-cense),采用有限元法获得了现有土壤材料与混合了真菌的土壤材料或生物布道法产生的应力。根据使用有限元分析法 LISA V.8 FEA 程序进行数值分析的结果,可以看出,在添加两种菌种 30 天后,沉降发生率有所降低,土壤沉降量减少了 2.9-2.27 毫米,尽管应力增加了 58.3 至 69.4 千牛/平方米。
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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