Title of article
Stability Analysis of 3D Geonet Slope Protection System in Rainfall
Author/Authors
Wang, Guangyue School of Civil and Hydraulic Engineering - Shandong University, China , Shan, Xinlei School of Civil and Hydraulic Engineering - Shandong University, China , Tu, Chuanwen School of Civil and Hydraulic Engineering - Shandong University, China
Pages
9
From page
105
To page
113
Abstract
Slope protection with 3D geonet is an economic, convenient and eco-friendly technique; and it is increasingly used in practical projects. However, 3D geonet is sensitive to the ambient environment; and it might lose its stability due to rainfall infiltration. In this paper, the overall instability failure of the 3D geonet system under rainfall infiltration is analyzed. By adopting the limit equilibrium method, a slope stability analysis model is established; and the influence of slope angle, rivet space, slope length, rainfall intensity on stability are analyzed, and a formula for calculation of design optimization of rivet space is obtained. The research result would provide technical support for the design and stability analysis of slope protection with 3D geonet.
Keywords
3D geonet , rainfall intensity , rivet space , slope angel , slope protection , stability
Journal title
Open Civil Engineering Journal
Serial Year
2016
Record number
2568237
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