Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Construction method of bedding slope steep dip excavation and anchor strengthening structure
A construction method of a bedding slope steep dip excavation and anchor strengthening structure comprises the following steps of 1), determining slope surface elevation and plane positions of a slopecrest and the like which are excavated in a steep dip manner on a bedding slope; 2) constructing pre-stressed anchor rods on the slope above and below the excavated slope crest; 3) constructing framed girder reinforced concrete at the outer ends of the prestressed anchor rods above the excavated slope crest; 4) excavating a steep dip excavated body reinforced by the prestressed anchor rods to theposition of an excavated contour line; 5) constructing framed girder reinforced concrete at the outer ends of the prestressed anchor rods; 6) excavating a bedding excavated body which can be subjected to bedding construction below the excavated slope in a graded manner; 7) constructing prestressed anchor rods in the steep dip excavated body on the inner sides of graded sections; 8) excavating thesteep dip excavated body reinforced by the prestressed anchor rods in the graded sections to the position of the excavated contour line in the graded section; 9) constructing framed girder reinforcedconcrete at the outer ends of the prestressed anchor rods; and 10) repeating the step 6) to the step 9) until construction of the prestressed anchor rods and framed girders on the slopes of all graded sections is completed.
一种顺层边坡陡倾开挖及锚杆加固结构的施工方法，包括以下步骤：①确定顺层边坡陡倾开挖的坡顶线等坡面高程和平面位置；②在开挖坡顶线以上及坡顶线以下的坡面上施工预应力锚杆；③施工开挖坡顶线以上预应力锚杆外端的框架梁钢筋混凝土；④开挖预应力锚杆加固后的陡倾开挖体至开挖轮廓线位置；⑤施工预应力锚杆外端的框架梁钢筋混凝土；⑥分级开挖坡面以下可以顺层施工的顺层开挖体；⑦在分级段内侧的陡倾开挖体中施工预应力锚杆；⑧开挖分级段预应力锚杆加固后的陡倾开挖体至本分级段开挖轮廓线位置；⑨施工预应力锚杆外端的框架梁钢筋混凝土；⑩重复步骤⑥至⑨，直至完成所有分级段边坡的预应力锚杆和框架梁施工。
Construction method of bedding slope steep dip excavation and anchor strengthening structure
A construction method of a bedding slope steep dip excavation and anchor strengthening structure comprises the following steps of 1), determining slope surface elevation and plane positions of a slopecrest and the like which are excavated in a steep dip manner on a bedding slope; 2) constructing pre-stressed anchor rods on the slope above and below the excavated slope crest; 3) constructing framed girder reinforced concrete at the outer ends of the prestressed anchor rods above the excavated slope crest; 4) excavating a steep dip excavated body reinforced by the prestressed anchor rods to theposition of an excavated contour line; 5) constructing framed girder reinforced concrete at the outer ends of the prestressed anchor rods; 6) excavating a bedding excavated body which can be subjected to bedding construction below the excavated slope in a graded manner; 7) constructing prestressed anchor rods in the steep dip excavated body on the inner sides of graded sections; 8) excavating thesteep dip excavated body reinforced by the prestressed anchor rods in the graded sections to the position of the excavated contour line in the graded section; 9) constructing framed girder reinforcedconcrete at the outer ends of the prestressed anchor rods; and 10) repeating the step 6) to the step 9) until construction of the prestressed anchor rods and framed girders on the slopes of all graded sections is completed.
一种顺层边坡陡倾开挖及锚杆加固结构的施工方法，包括以下步骤：①确定顺层边坡陡倾开挖的坡顶线等坡面高程和平面位置；②在开挖坡顶线以上及坡顶线以下的坡面上施工预应力锚杆；③施工开挖坡顶线以上预应力锚杆外端的框架梁钢筋混凝土；④开挖预应力锚杆加固后的陡倾开挖体至开挖轮廓线位置；⑤施工预应力锚杆外端的框架梁钢筋混凝土；⑥分级开挖坡面以下可以顺层施工的顺层开挖体；⑦在分级段内侧的陡倾开挖体中施工预应力锚杆；⑧开挖分级段预应力锚杆加固后的陡倾开挖体至本分级段开挖轮廓线位置；⑨施工预应力锚杆外端的框架梁钢筋混凝土；⑩重复步骤⑥至⑨，直至完成所有分级段边坡的预应力锚杆和框架梁施工。
Construction method of bedding slope steep dip excavation and anchor strengthening structure
一种顺层边坡陡倾开挖及锚杆加固结构的施工方法
YAO YUCHUN (Autor:in) / FENG ZHIJUN (Autor:in) / XIAO CHAOQIAN (Autor:in) / ZHOU BO (Autor:in) / ZHANG JIANWEN (Autor:in) / YUAN BAO (Autor:in)
12.05.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
Slope excavation construction method under steep and severe geological conditions
| Europäisches Patentamt | 2023
Construction method for deep foundation pit excavation on steep slope terrain
| Europäisches Patentamt | 2015
High and steep slope excavation pre-supporting device and excavation method
| Europäisches Patentamt | 2024
Stability Analysis of Steep Bedding Rock Slope with Strength Reduction Method
| Trans Tech Publications | 2014