A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
EMBANKMENT REINFORCEMENT STRUCTURE
To provide an embankment reinforcement structure using walls inserted into an embankment body capable of effectively maintaining the ground resistance of the wall against washing the embankment body ground during overflow.SOLUTION: A provided embankment reinforcement structure includes a wall that is inserted into an embankment. In the length direction of the embankment body, a first segment and a second segment are provided alternately, in which a region having water permeability is formed, in which the height of the upper end of the wall in the first section is higher than the area that has water permeability.SELECTED DRAWING: Figure 1
【課題】堤体に打設される壁体を用いた堤防の補強構造において、越流時における堤体地盤の洗掘に対して効果的に壁体の地盤抵抗を保持すること。【解決手段】堤体に打設される壁体を備え、上記堤体の長さ方向について、第１の区間と、通水性を有する領域が形成される第２の区間とが交互に設けられ、上記第１の区間における上記壁体の上端の高さは、上記通水性を有する領域よりも高い、堤防の補強構造が提供される。【選択図】図１
EMBANKMENT REINFORCEMENT STRUCTURE
To provide an embankment reinforcement structure using walls inserted into an embankment body capable of effectively maintaining the ground resistance of the wall against washing the embankment body ground during overflow.SOLUTION: A provided embankment reinforcement structure includes a wall that is inserted into an embankment. In the length direction of the embankment body, a first segment and a second segment are provided alternately, in which a region having water permeability is formed, in which the height of the upper end of the wall in the first section is higher than the area that has water permeability.SELECTED DRAWING: Figure 1
【課題】堤体に打設される壁体を用いた堤防の補強構造において、越流時における堤体地盤の洗掘に対して効果的に壁体の地盤抵抗を保持すること。【解決手段】堤体に打設される壁体を備え、上記堤体の長さ方向について、第１の区間と、通水性を有する領域が形成される第２の区間とが交互に設けられ、上記第１の区間における上記壁体の上端の高さは、上記通水性を有する領域よりも高い、堤防の補強構造が提供される。【選択図】図１
EMBANKMENT REINFORCEMENT STRUCTURE
堤防の補強構造
MORIYASU SHUNSUKE (author) / MOCHIDA YUSUKE (author) / MOMIYAMA TAKASHI (author) / YAMAZAKI HIROYOSHI (author) / MYONAKA SHINJI (author) / KAMEYAMA AKIHISA (author) / NISHIYAMA TERUKI (author) / NAKAYAMA HIROAKI (author)
2023-10-11
Patent
Electronic Resource
Japanese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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