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A platform for research: civil engineering, architecture and urbanism
Disease treatment method for ultrahigh vertical reinforced soil embankment with panels
The invention discloses a disease treatment method for ultrahigh vertical reinforced soil embankment with panels. The method comprises the following steps of S1, carrying out early-stage investigation; S2, analyzing the construction condition of the diseased road section; S3, field rock-soil layer test analysis; S5, expansive rock-soil analysis, wherein expansive soil types and expansive foundation grade division are included; S6, obtaining values of rock-soil mechanical parameters; S7, disease cause mechanism analysis; S8, analyzing overall stability of the diseased roadbed; S9, designing a scheme, including an excavation project, a retaining structure installation project, a roadbed and pavement reinforcement and restoration project and a drainage restoration project; and S10, checking calculation of the retaining structure, wherein the checking calculation comprises overall stability checking calculation and internal force checking calculation of the reinforcing bar structure of the retaining structure. The method is advantaged in that the height of the retaining structure is increased through anchoring force provided by the anchor rods, disturbance to an original embankment is reduced in the construction process, a retaining system is rapidly formed, construction safety is improved, economic benefits are improved, durability of the structure in use is guaranteed, and effects of energy conservation and environment protection are achieved.
本发明的一种有面板超高垂直加筋土路堤病害治理的方法，包括如下步骤：S1，前期勘察；S2，病害路段建设情况分析；S3，场地岩土层试验分析；S5，膨胀岩土分析：包括涨缩土类型、胀缩地基等级划分；S6，岩土力学参数取值；S7，病害成因机理分析；S8，病害路基整体稳定性分析；S9，设计方案，包括挖除工程、支挡结构安装工程、路基路面加固恢复工程和排水修复工程；S10，支挡结构验算：包括整体稳定性验算、支挡结构配筋构造内力验算。本发明利用锚杆提供的锚固力提高支挡结构的高度，施工中减少对原有路堤的扰动，快速形成支挡体系，提高施工安全性，提升经济效益，保证结构使用的耐久性，达到节能环保的效果。
Disease treatment method for ultrahigh vertical reinforced soil embankment with panels
The invention discloses a disease treatment method for ultrahigh vertical reinforced soil embankment with panels. The method comprises the following steps of S1, carrying out early-stage investigation; S2, analyzing the construction condition of the diseased road section; S3, field rock-soil layer test analysis; S5, expansive rock-soil analysis, wherein expansive soil types and expansive foundation grade division are included; S6, obtaining values of rock-soil mechanical parameters; S7, disease cause mechanism analysis; S8, analyzing overall stability of the diseased roadbed; S9, designing a scheme, including an excavation project, a retaining structure installation project, a roadbed and pavement reinforcement and restoration project and a drainage restoration project; and S10, checking calculation of the retaining structure, wherein the checking calculation comprises overall stability checking calculation and internal force checking calculation of the reinforcing bar structure of the retaining structure. The method is advantaged in that the height of the retaining structure is increased through anchoring force provided by the anchor rods, disturbance to an original embankment is reduced in the construction process, a retaining system is rapidly formed, construction safety is improved, economic benefits are improved, durability of the structure in use is guaranteed, and effects of energy conservation and environment protection are achieved.
本发明的一种有面板超高垂直加筋土路堤病害治理的方法，包括如下步骤：S1，前期勘察；S2，病害路段建设情况分析；S3，场地岩土层试验分析；S5，膨胀岩土分析：包括涨缩土类型、胀缩地基等级划分；S6，岩土力学参数取值；S7，病害成因机理分析；S8，病害路基整体稳定性分析；S9，设计方案，包括挖除工程、支挡结构安装工程、路基路面加固恢复工程和排水修复工程；S10，支挡结构验算：包括整体稳定性验算、支挡结构配筋构造内力验算。本发明利用锚杆提供的锚固力提高支挡结构的高度，施工中减少对原有路堤的扰动，快速形成支挡体系，提高施工安全性，提升经济效益，保证结构使用的耐久性，达到节能环保的效果。
Disease treatment method for ultrahigh vertical reinforced soil embankment with panels
一种有面板超高垂直加筋土路堤病害治理的方法
LUO ANMIN (author) / HUANG DEGENG (author) / LIU GUANGBIN (author) / TANG XIANG (author) / LI DUNREN (author) / HUANG ZEBIN (author) / WEI CONG (author) / JIANG XIAOQUAN (author) / LU BO (author) / LI MINGZHI (author)
2022-02-25
Patent
Electronic Resource
Chinese
Vertical embankment in reinforced concrete
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