Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
STRUCTURE OF STEEL SHEET PILE BULKHEAD
PROBLEM TO BE SOLVED: To provide a steel sheet pile bulkhead hardly corroding even if a part just above a sea surface receives a breaking and flying-apart splash of breaking-upon sea water.SOLUTION: A steel sheet pile bulkhead formed on the seashore and the shore of a river is composed of a structure that a front face and a back face of a steel sheet pile 1 are formed by electric anticorrosion, and a sheet-like wave vanishing zone is provided on a wave collision surface of the front face of the steel sheet pile, and the sheet-like wave vanishing zone is formed by inputting and depositing a massive stone 7 in a clearance between the steel sheet pile 1 and a panel 2 by arranging the water conduction-free panel 2 by separating from the steel sheet pile 1 on a front face of the steel sheet pile 1, and is deposited so that the clearance exists between the adjacent stones, and the panel 2 also has a water conduction-free clearance, and the inputted massive stone 7 is not deviated from the clearance.SELECTED DRAWING: Figure 1
【課題】海面真上の部分が打ち寄せる海水の砕けて飛び散るしぶきを受けても、腐食しにくい鋼矢板護岸を提供する。【解決手段】海岸や河川の岸辺に形成した鋼矢板護岸において、鋼矢板１の前面と背面を電気防食してなると共に、鋼矢板前面の波浪衝突面に面状の消波帯を設け、前記面状の消波帯は、鋼矢板１の前面に、鋼矢板１と離隔して通水自在のパネル２を配置し、鋼矢板１とパネル２の間の隙間に、塊状の石７を投入、堆積させてなると共に、隣り合う石の間に隙間が存在するように堆積させ、かつ該パネル２は通水自在の隙間を有し、該隙間から、該投入した塊状の石７が逸出しない構造からなる。【選択図】図１
STRUCTURE OF STEEL SHEET PILE BULKHEAD
PROBLEM TO BE SOLVED: To provide a steel sheet pile bulkhead hardly corroding even if a part just above a sea surface receives a breaking and flying-apart splash of breaking-upon sea water.SOLUTION: A steel sheet pile bulkhead formed on the seashore and the shore of a river is composed of a structure that a front face and a back face of a steel sheet pile 1 are formed by electric anticorrosion, and a sheet-like wave vanishing zone is provided on a wave collision surface of the front face of the steel sheet pile, and the sheet-like wave vanishing zone is formed by inputting and depositing a massive stone 7 in a clearance between the steel sheet pile 1 and a panel 2 by arranging the water conduction-free panel 2 by separating from the steel sheet pile 1 on a front face of the steel sheet pile 1, and is deposited so that the clearance exists between the adjacent stones, and the panel 2 also has a water conduction-free clearance, and the inputted massive stone 7 is not deviated from the clearance.SELECTED DRAWING: Figure 1
【課題】海面真上の部分が打ち寄せる海水の砕けて飛び散るしぶきを受けても、腐食しにくい鋼矢板護岸を提供する。【解決手段】海岸や河川の岸辺に形成した鋼矢板護岸において、鋼矢板１の前面と背面を電気防食してなると共に、鋼矢板前面の波浪衝突面に面状の消波帯を設け、前記面状の消波帯は、鋼矢板１の前面に、鋼矢板１と離隔して通水自在のパネル２を配置し、鋼矢板１とパネル２の間の隙間に、塊状の石７を投入、堆積させてなると共に、隣り合う石の間に隙間が存在するように堆積させ、かつ該パネル２は通水自在の隙間を有し、該隙間から、該投入した塊状の石７が逸出しない構造からなる。【選択図】図１
STRUCTURE OF STEEL SHEET PILE BULKHEAD
鋼矢板護岸の構造
NAKAMURA HIROYOSHI (Autor:in)
08.08.2016
Patent
Elektronische Ressource
Japanisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau