Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Dike structure giving consideration to load shedding of existing river-crossing building
The invention relates to the field of hydraulic engineering embankments, and discloses an embankment structure giving consideration to load shedding of an existing river-crossing building, comprising: an embankment comprising a first embankment and a second embankment which are arranged above the existing river-crossing building and are arranged at the upstream and downstream of the river-crossing building at intervals along the direction parallel to the water flow, the spacing distance between the two is the width of the existing river-crossing building along the water flow direction; the empty box is arranged on the top face of the existing river-crossing building, the two sides of the empty box are sequentially connected with the first dike and the second dike correspondingly, a containing cavity is formed in the empty box, vertical bearing on the upper portion of the existing river-crossing building is reduced, the load on the upper portion of the existing river-crossing building is within the allowable range, the existing river-crossing building does not need to be dismantled, and the cost is reduced. The contradiction between dike construction and the running of the existing river-crossing building is eliminated, and the compatibility and practicability of engineering are improved; and soil can be backfilled in the accommodating cavity, so that the anti-floating stability of the empty box structure is enhanced.
本发明涉及水利工程堤防领域，公开了一种兼顾既有穿河建筑物减载的堤防结构，包括：堤防，堤防包括设置于既有穿河建筑物上方且沿平行于水流方向彼此间隔地设置于该穿河建筑物上游和下游的第一堤防和第二堤防，二者之间的间隔距离为既有穿河建筑物沿水流方向的宽度大小；空箱，空箱设置于既有穿河建筑物的顶面上且两侧分别与第一堤防和第二堤防顺接，空箱内部形成有容纳空腔，减轻了既有穿河建筑物上方的竖向承载，使得既有穿河建筑物上部的荷载在允许范围内，无需拆除既有穿河建筑物，消除了堤防施工与既有穿河建筑物运行之间的矛盾，提高了工程的兼容性和实用性；且可在该容纳空腔内回填土料，增强空箱结构的抗浮稳定性。
Dike structure giving consideration to load shedding of existing river-crossing building
The invention relates to the field of hydraulic engineering embankments, and discloses an embankment structure giving consideration to load shedding of an existing river-crossing building, comprising: an embankment comprising a first embankment and a second embankment which are arranged above the existing river-crossing building and are arranged at the upstream and downstream of the river-crossing building at intervals along the direction parallel to the water flow, the spacing distance between the two is the width of the existing river-crossing building along the water flow direction; the empty box is arranged on the top face of the existing river-crossing building, the two sides of the empty box are sequentially connected with the first dike and the second dike correspondingly, a containing cavity is formed in the empty box, vertical bearing on the upper portion of the existing river-crossing building is reduced, the load on the upper portion of the existing river-crossing building is within the allowable range, the existing river-crossing building does not need to be dismantled, and the cost is reduced. The contradiction between dike construction and the running of the existing river-crossing building is eliminated, and the compatibility and practicability of engineering are improved; and soil can be backfilled in the accommodating cavity, so that the anti-floating stability of the empty box structure is enhanced.
本发明涉及水利工程堤防领域，公开了一种兼顾既有穿河建筑物减载的堤防结构，包括：堤防，堤防包括设置于既有穿河建筑物上方且沿平行于水流方向彼此间隔地设置于该穿河建筑物上游和下游的第一堤防和第二堤防，二者之间的间隔距离为既有穿河建筑物沿水流方向的宽度大小；空箱，空箱设置于既有穿河建筑物的顶面上且两侧分别与第一堤防和第二堤防顺接，空箱内部形成有容纳空腔，减轻了既有穿河建筑物上方的竖向承载，使得既有穿河建筑物上部的荷载在允许范围内，无需拆除既有穿河建筑物，消除了堤防施工与既有穿河建筑物运行之间的矛盾，提高了工程的兼容性和实用性；且可在该容纳空腔内回填土料，增强空箱结构的抗浮稳定性。
Dike structure giving consideration to load shedding of existing river-crossing building
兼顾既有穿河建筑物减载的堤防结构
ZHANG ZHIWEI (Autor:in) / FENG YAN (Autor:in) / FENG KEYI (Autor:in) / WANG HUIPING (Autor:in) / WANG YAJUAN (Autor:in) / LIU XIAOYIN (Autor:in) / ZHENG DANDAN (Autor:in) / MI JINGFANG (Autor:in) / SHI WENBIAO (Autor:in) / GONG JUNWEI (Autor:in)
15.10.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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