Faik Abbas Al-Wakel, S. (2016). IMPROVEMENT OF THE SHORT-TERM STABILITY OF EMBANKMENT ON SOFT SOIL BY USING A GEOSYNTHETIC FABRIC WITH INSTALLED STONE COLUMNS. , 20(6), 185-194.
Saad Faik Abbas Al-Wakel. "IMPROVEMENT OF THE SHORT-TERM STABILITY OF EMBANKMENT ON SOFT SOIL BY USING A GEOSYNTHETIC FABRIC WITH INSTALLED STONE COLUMNS". , 20, 6, 2016, 185-194.
Faik Abbas Al-Wakel, S. (2016). 'IMPROVEMENT OF THE SHORT-TERM STABILITY OF EMBANKMENT ON SOFT SOIL BY USING A GEOSYNTHETIC FABRIC WITH INSTALLED STONE COLUMNS', , 20(6), pp. 185-194.
Faik Abbas Al-Wakel, S. IMPROVEMENT OF THE SHORT-TERM STABILITY OF EMBANKMENT ON SOFT SOIL BY USING A GEOSYNTHETIC FABRIC WITH INSTALLED STONE COLUMNS. , 2016; 20(6): 185-194.

IMPROVEMENT OF THE SHORT-TERM STABILITY OF EMBANKMENT ON SOFT SOIL BY USING A GEOSYNTHETIC FABRIC WITH INSTALLED STONE COLUMNS

Journal of Engineering and Sustainable Development
Article 1, Volume 20, Issue 6, 2016, Pages 185-194
Author
Saad Faik Abbas Al-Wakel
Abstract
In this study, the short term stability of an embankment on soft has been improved by reinforced the embankment with a geosynthitic fabric and reinforced the foundation by stone columns. The behavior of the embankment is numerically modelled, the finite element analysis for the reinforced embankment on soft clay (with and without stone columns) is presented. The principle of this improvement is that the geotextile as geosynthitic fabric is used to increase the factor of safety for the short term stability of the embankment, then the stone columns are used to maintain the side slope stability with a minimum factor of safety.
Keywords
finite element; embankment; geosynthitic fabric; stone columns
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