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A platform for research: civil engineering, architecture and urbanism
STEEL PLATE UNIT, PRECAST SKELETON, SKELETON CONSTRUCTION METHOD, AND SKELETON STRUCTURE
PROBLEM TO BE SOLVED: To achieve rationalization from the aspect of execution of work, cost reduction and global environmental conservation, and enable construction of a skeleton combining high strength with vibration control performance.SOLUTION: A permanent column form 1A is constructed from a plurality of column steel plate units 10 in which a plurality of column steel plates 11 are combined together and which each has an outer surface covered with a fiber sheet F, and a column 1 is constructed by placing concrete C into the column form 1A. A longitudinal rib 8 and a transverse rib 9 are formed in the steel plate 11 of the column steel plate unit 10. The column steel plate unit 10 is assembled in the state of making the longitudinal ribs 8 face each other, and the transverse ribs 9 are stacked for construction of the column form 1A.
【課題】施工面での合理化、コスト低減ならびに地球環境保全が図られるとともに、高い強度および制震性を兼ね備えた躯体を建造可能とする。【解決手段】複数の柱鋼板１１を組み合わせ外面に繊維シートＦを被覆した複数の柱鋼板ユニット１０により永久的な柱型枠１Ａを構築し、この柱型枠１Ａの内部にコンクリートＣを打設して柱１を建造する。柱鋼板ユニット１０の鋼板１１には縦リブ８、横リブ９が形成され、縦リブ８を対向させて柱鋼板ユニット１０を組み、横リブ９を積層して柱型枠１Ａを構築する。【選択図】図１
STEEL PLATE UNIT, PRECAST SKELETON, SKELETON CONSTRUCTION METHOD, AND SKELETON STRUCTURE
PROBLEM TO BE SOLVED: To achieve rationalization from the aspect of execution of work, cost reduction and global environmental conservation, and enable construction of a skeleton combining high strength with vibration control performance.SOLUTION: A permanent column form 1A is constructed from a plurality of column steel plate units 10 in which a plurality of column steel plates 11 are combined together and which each has an outer surface covered with a fiber sheet F, and a column 1 is constructed by placing concrete C into the column form 1A. A longitudinal rib 8 and a transverse rib 9 are formed in the steel plate 11 of the column steel plate unit 10. The column steel plate unit 10 is assembled in the state of making the longitudinal ribs 8 face each other, and the transverse ribs 9 are stacked for construction of the column form 1A.
【課題】施工面での合理化、コスト低減ならびに地球環境保全が図られるとともに、高い強度および制震性を兼ね備えた躯体を建造可能とする。【解決手段】複数の柱鋼板１１を組み合わせ外面に繊維シートＦを被覆した複数の柱鋼板ユニット１０により永久的な柱型枠１Ａを構築し、この柱型枠１Ａの内部にコンクリートＣを打設して柱１を建造する。柱鋼板ユニット１０の鋼板１１には縦リブ８、横リブ９が形成され、縦リブ８を対向させて柱鋼板ユニット１０を組み、横リブ９を積層して柱型枠１Ａを構築する。【選択図】図１
STEEL PLATE UNIT, PRECAST SKELETON, SKELETON CONSTRUCTION METHOD, AND SKELETON STRUCTURE
鋼板ユニット、プレキャスト躯体、躯体の施工方法および躯体構造
MAKITANI EIJI (author)
2015-09-28
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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