A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Drainage treatment method for landslide of deep easy-to-soften weathered rock surface layer fragmented loose body
The invention relates to the technical field of drainage treatment, and discloses a deep easy-to-soften weathered rock surface layer broken loose body landslide drainage treatment method, which comprises the following steps: cleaning and leveling an anti-slide pile construction platform, constructing a landslide protection system, excavating a slope body, excavating a slope top, excavating a slope toe, excavating the slope top for unloading, and facilitating the stability of a slope. And then excavating a soil body in front of the slide-resistant pile in a grading manner, constructing a shallow drainage system, constructing a super-long deep drainage hole drainage system on the bottom layer of the slope surface, and finally constructing a surface drainage system. According to the method, redundant underground water in the slope body can be rapidly and effectively discharged, meanwhile, the influence of heavy rainfall weather on the slope stability can be greatly reduced, meanwhile, the engineering cost can be reduced, the construction time can be shortened, the construction risk can be reduced, vegetation recovery can be accelerated, and the method has high applicability and popularization prospects in actual construction.
本发明涉及排水治理技术领域，且公开了深层易软化风化岩表层碎裂松散体滑坡排水治理方法，首先清理整平抗滑桩施工平台，进行滑坡防护体系的施工，再进行坡体开挖，先开挖坡顶再开挖坡脚，先开挖坡顶进行卸载，有利于边坡稳定性。然后分级开挖抗滑桩前土体，同时进行浅层排水系统的施工，在坡面底层进行超长深层泄水孔排水系统的施工，最终进行地表排水系统的施工。本专利可快速有效的排出坡体内多余地下水，同时也可以极大的减轻强降雨天气对边坡稳定性的影响，同时可减少工程成本，缩短施工时间，降低施工风险，加快植被恢复，在实际建设中具有较强适用性和推广前景。
Drainage treatment method for landslide of deep easy-to-soften weathered rock surface layer fragmented loose body
The invention relates to the technical field of drainage treatment, and discloses a deep easy-to-soften weathered rock surface layer broken loose body landslide drainage treatment method, which comprises the following steps: cleaning and leveling an anti-slide pile construction platform, constructing a landslide protection system, excavating a slope body, excavating a slope top, excavating a slope toe, excavating the slope top for unloading, and facilitating the stability of a slope. And then excavating a soil body in front of the slide-resistant pile in a grading manner, constructing a shallow drainage system, constructing a super-long deep drainage hole drainage system on the bottom layer of the slope surface, and finally constructing a surface drainage system. According to the method, redundant underground water in the slope body can be rapidly and effectively discharged, meanwhile, the influence of heavy rainfall weather on the slope stability can be greatly reduced, meanwhile, the engineering cost can be reduced, the construction time can be shortened, the construction risk can be reduced, vegetation recovery can be accelerated, and the method has high applicability and popularization prospects in actual construction.
本发明涉及排水治理技术领域，且公开了深层易软化风化岩表层碎裂松散体滑坡排水治理方法，首先清理整平抗滑桩施工平台，进行滑坡防护体系的施工，再进行坡体开挖，先开挖坡顶再开挖坡脚，先开挖坡顶进行卸载，有利于边坡稳定性。然后分级开挖抗滑桩前土体，同时进行浅层排水系统的施工，在坡面底层进行超长深层泄水孔排水系统的施工，最终进行地表排水系统的施工。本专利可快速有效的排出坡体内多余地下水，同时也可以极大的减轻强降雨天气对边坡稳定性的影响，同时可减少工程成本，缩短施工时间，降低施工风险，加快植被恢复，在实际建设中具有较强适用性和推广前景。
Drainage treatment method for landslide of deep easy-to-soften weathered rock surface layer fragmented loose body
深层易软化风化岩表层碎裂松散体滑坡排水治理方法
LI AIGUO (author) / LI LIANGHUI (author) / YIN HUA (author) / CHEN BAOCHENG (author) / CHEN RUI (author) / WANG LEI (author) / QI MINGZHU (author) / HU SHENGGAO (author) / YANG GUANG (author) / CHEN XIAOFENG (author)
2024-07-23
Patent
Electronic Resource
Chinese
Analysis of landslide in loose rock
| Engineering Index Backfile | 1960
The Research on Loose Body Landslide Stability and Treatment
| Trans Tech Publications | 2015
The Research on Loose Body Landslide Stability and Treatment
| British Library Conference Proceedings | 2015
Construction method of offshore deeply-buried weathered rock stratum non-drainage cofferdam
| European Patent Office | 2022
Study on the Calculation Method of Water Inflow Velocity of Loose Rock Landslide
| DOAJ | 2022