A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The Seepage Numerical Simulation of High-Pressure Sway-Sprinkle Reinforced Hongze Lake Embankment
The paper uses saturated - unsaturated seepage calculation of FEM, analyzes the seepage numerical of hongze lake dike reinforced by high-pressure Sway-sprinkle technology, provides seepage load for stress and deformation and stability calculation of the dike engineering, evaluates the anti-seepage effect of high-pressure sway-sprinkle cutoff wall. The results show that it reduced invasion of the embankment surface and decreased seepage velocity and flow, high-pressure sway-sprinkle cutoff wall took good effects and greatly improved the overall stability and safety of hongze lake dike.
The Seepage Numerical Simulation of High-Pressure Sway-Sprinkle Reinforced Hongze Lake Embankment
The paper uses saturated - unsaturated seepage calculation of FEM, analyzes the seepage numerical of hongze lake dike reinforced by high-pressure Sway-sprinkle technology, provides seepage load for stress and deformation and stability calculation of the dike engineering, evaluates the anti-seepage effect of high-pressure sway-sprinkle cutoff wall. The results show that it reduced invasion of the embankment surface and decreased seepage velocity and flow, high-pressure sway-sprinkle cutoff wall took good effects and greatly improved the overall stability and safety of hongze lake dike.
The Seepage Numerical Simulation of High-Pressure Sway-Sprinkle Reinforced Hongze Lake Embankment
Advanced Materials Research ; 1030-1032 ; 944-947
2014-09-22
4 pages
Article (Journal)
Electronic Resource
English
Soil Anti-erosion Effects Under Different Vegetation Types for Hongze Lake Embankment
| DOAJ | 2022