Iman Torabi - MSc, Civil Engineering, Islamic Azad University, Semnan Branch
Hadi Torabi - MSc, Mehanical Engineering, Islamic Azad University, Arak Branch
Ahmad Shahbazi Khanshir - MSc, Material Engineering, Nooshiravani University, Babol

Today, soil reinforcement is applied as an effective and reliable way to increase the resistance of the soil mass. This method works in a variety of instruments to stabilize earthen dam, layers below the surface, the embankment road and pavement. Geotechnical applications needs advanced behavioral models to simulate nonlinear and timefunctionality of soils. Whole problem is analyzed numerically with software plaxis,including an embankment with crest width 2b and height H which is located on soft claylayer. The clay layer is placed under the stabilized layer and the embankment located onit. The initial dimensions of the plane strain analysis, including the embankment crest width of 6 meters by 9 meters with side slopes of 2:1 (V: H) on deep clay layer of 40 meters. In this paper, we first review the results of the initial analysis and then discuss the results of previous research done in this area; the results are compared to the software plaxis. Then, the sensitivity analysis of parameters such as slopes on either side of the embankment, the embankment width and height of the embankment is performed.

Sensitivity analysis, geotextile, sand embankment