A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
RENEWABLE ARCHITECTURE CONSTRUCTED WITH MONOCOQUE FRP CONCRETE COMPOSITE SLAB
To provide a renewable architecture construction method in terms of a shorter construction period and a lower cost by improving the quality of modern architecture such as structural strength, earthquake resistance, durability, fire resistance.SOLUTION: Lightweight and strong monocoque FRP concrete composite slabs are fabricated in a factory by integrating an FRP form and hard-mixed concrete with low water content. The FRP form that constitutes the composite slab has perforated FRP dowel and truss frames, which are integrated with a concrete section to form a monocoque structure of an FRP portion covering the slab, resulting in an extremely strong composite slab. This monocoque FRP concrete composite slab is then joined to a main structural member as a foundation slab, a wall slab and a roof slab by bolting or other easy and dismantleable methods to construct a renewable architecture that can be moved or converted to another use.SELECTED DRAWING: Figure 1
【課題】現代の建築の構造強度、耐震性、耐久性、防火性等の品質向上を図り、工期の短縮、コストの削減の上で、再生可能な建築構法を提供する。【解決手段】ＦＲＰ型枠と含水率を低く抑えた固練りコンクリートを一体化して、軽量かつ強靭なモノコックＦＲＰコンクリート合成版を工場で製作する。尚、その合成版を構成するＦＲＰ型枠には、穴あきＦＲＰジベル・トラスフレームが設置されており、これによりコンクリート部と一体化、版を覆うＦＲＰ部分がモノコック構造となるため、極めて強靭な合成版となる。このモノコックＦＲＰコンクリート合成版を主要構造部材である基礎床版、壁版、屋根版としてボルト止め等の容易で解体可能な方法で接合する事により、移築、転用が出来る再生可能建築を構築する。【選択図】図１
RENEWABLE ARCHITECTURE CONSTRUCTED WITH MONOCOQUE FRP CONCRETE COMPOSITE SLAB
To provide a renewable architecture construction method in terms of a shorter construction period and a lower cost by improving the quality of modern architecture such as structural strength, earthquake resistance, durability, fire resistance.SOLUTION: Lightweight and strong monocoque FRP concrete composite slabs are fabricated in a factory by integrating an FRP form and hard-mixed concrete with low water content. The FRP form that constitutes the composite slab has perforated FRP dowel and truss frames, which are integrated with a concrete section to form a monocoque structure of an FRP portion covering the slab, resulting in an extremely strong composite slab. This monocoque FRP concrete composite slab is then joined to a main structural member as a foundation slab, a wall slab and a roof slab by bolting or other easy and dismantleable methods to construct a renewable architecture that can be moved or converted to another use.SELECTED DRAWING: Figure 1
【課題】現代の建築の構造強度、耐震性、耐久性、防火性等の品質向上を図り、工期の短縮、コストの削減の上で、再生可能な建築構法を提供する。【解決手段】ＦＲＰ型枠と含水率を低く抑えた固練りコンクリートを一体化して、軽量かつ強靭なモノコックＦＲＰコンクリート合成版を工場で製作する。尚、その合成版を構成するＦＲＰ型枠には、穴あきＦＲＰジベル・トラスフレームが設置されており、これによりコンクリート部と一体化、版を覆うＦＲＰ部分がモノコック構造となるため、極めて強靭な合成版となる。このモノコックＦＲＰコンクリート合成版を主要構造部材である基礎床版、壁版、屋根版としてボルト止め等の容易で解体可能な方法で接合する事により、移築、転用が出来る再生可能建築を構築する。【選択図】図１
RENEWABLE ARCHITECTURE CONSTRUCTED WITH MONOCOQUE FRP CONCRETE COMPOSITE SLAB
モノコックＦＲＰコンクリート合成版で構築する再生可能建築
YOSHINAGA MITSUHIRO (author)
2024-03-07
Patent
Electronic Resource
Japanese
IPC:
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
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