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WALL BODY CONSTRUCTION METHOD AND WALL BODY
PROBLEM TO BE SOLVED: To provide a wall body construction method, which can rapidly construct a prestressed wall body with less problems in design or construction.SOLUTION: In constructing a concrete dike 2a vertically prestressed with a tendon 13a in a lower part 21, the dike 2a having a hole part 20 formed on its outer side face and sheath pipes 30 formed above the hole part 20 is formed, and an upper end of the tendon 13a protrudes into the hole part 20. The tendon 13a is tensed by pulling the upper end with a pulling material 60 passing through the sheath pipe 30, and the upper end is fixed in the hole part 20. The hole part 20 is filled with a filler 201.SELECTED DRAWING: Figure 2
【課題】プレストレスを導入した壁体を迅速に構築でき、設計や施工上の問題も少ない壁体構築方法等を提供する。【解決手段】縦方向の緊張材13aによるプレストレスが下方部分21に導入されたコンクリート製の防液堤2aを構築する際に、まず、外側側面に穴部20を有し、且つ穴部20の上方にシース管30を設けた防液堤2aを形成し、穴部20に緊張材13aの上端部を突出させる。当該上端部をシース管30に通した引張材60により引張って緊張材13aを緊張し、上端部を穴部20にて定着する。穴部20は充填材201で充填される。【選択図】図2
WALL BODY CONSTRUCTION METHOD AND WALL BODY
PROBLEM TO BE SOLVED: To provide a wall body construction method, which can rapidly construct a prestressed wall body with less problems in design or construction.SOLUTION: In constructing a concrete dike 2a vertically prestressed with a tendon 13a in a lower part 21, the dike 2a having a hole part 20 formed on its outer side face and sheath pipes 30 formed above the hole part 20 is formed, and an upper end of the tendon 13a protrudes into the hole part 20. The tendon 13a is tensed by pulling the upper end with a pulling material 60 passing through the sheath pipe 30, and the upper end is fixed in the hole part 20. The hole part 20 is filled with a filler 201.SELECTED DRAWING: Figure 2
【課題】プレストレスを導入した壁体を迅速に構築でき、設計や施工上の問題も少ない壁体構築方法等を提供する。【解決手段】縦方向の緊張材13aによるプレストレスが下方部分21に導入されたコンクリート製の防液堤2aを構築する際に、まず、外側側面に穴部20を有し、且つ穴部20の上方にシース管30を設けた防液堤2aを形成し、穴部20に緊張材13aの上端部を突出させる。当該上端部をシース管30に通した引張材60により引張って緊張材13aを緊張し、上端部を穴部20にて定着する。穴部20は充填材201で充填される。【選択図】図2
WALL BODY CONSTRUCTION METHOD AND WALL BODY
壁体構築方法および壁体
YASUNAGA MASAMICHI (author)
2017-02-16
Patent
Electronic Resource
Japanese