A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
COMPOSITE SLAB STRUCTURE
To provide a composite slab structure that enables a step to be provided without complicating the structure.SOLUTION: A stress transmission member 20 has an upper stage section 21 extending in a span direction D1 in a groove 10d of an upper stage deck plate 10A, a lower stage section 22 extending in the span direction D1 in the groove 10d of a lower stage deck plate 10B, and a connection portion 23 to connect the upper stage section 21 and the lower stage section 22. Since the upper stage section 21 is disposed in the groove 10d of the upper stage deck plate 10A, the upper stage section can sufficiently receive the stress applied on the upper stage deck plate 10A. Since the lower stage section 22 is disposed in the groove 10d of the lower stage deck plate 10B, the lower stage section can sufficiently receive the stress applied to the lower stage deck plate 10B. The stress transmission member 20 can preferably transmit the stress between the upper stage section 21 and the lower stage section 22 through the connection portion 23.SELECTED DRAWING: Figure 3
【課題】構造を複雑化させることなく、段差を設けることができる合成スラブ構造を提供する。【解決手段】応力伝達部材２０は、上段デッキプレート１０Ａの溝部１０ｄ内においてスパン方向Ｄ１に延びる上段部２１と、下段デッキプレート１０Ｂの溝部１０ｄ内においてスパン方向Ｄ１に延びる下段部２２と、上段部２１と下段部２２とを接続する接続部２３と、を備える。上段部２１は、上段デッキプレート１０Ａの溝部１０ｄ内に配置されているため、上段デッキプレート１０Ａに作用する応力を十分に受けることが可能となる。下段部２２は、下段デッキプレート１０Ｂの溝部１０ｄ内に配置されているため、下段デッキプレート１０Ｂに作用する応力を十分に受けることが可能となる。そして、応力伝達部材２０は、接続部２３を介して、上段部２１と下段部２２との間で互いに応力を良好に伝達し合うことができる。【選択図】図３
COMPOSITE SLAB STRUCTURE
To provide a composite slab structure that enables a step to be provided without complicating the structure.SOLUTION: A stress transmission member 20 has an upper stage section 21 extending in a span direction D1 in a groove 10d of an upper stage deck plate 10A, a lower stage section 22 extending in the span direction D1 in the groove 10d of a lower stage deck plate 10B, and a connection portion 23 to connect the upper stage section 21 and the lower stage section 22. Since the upper stage section 21 is disposed in the groove 10d of the upper stage deck plate 10A, the upper stage section can sufficiently receive the stress applied on the upper stage deck plate 10A. Since the lower stage section 22 is disposed in the groove 10d of the lower stage deck plate 10B, the lower stage section can sufficiently receive the stress applied to the lower stage deck plate 10B. The stress transmission member 20 can preferably transmit the stress between the upper stage section 21 and the lower stage section 22 through the connection portion 23.SELECTED DRAWING: Figure 3
【課題】構造を複雑化させることなく、段差を設けることができる合成スラブ構造を提供する。【解決手段】応力伝達部材２０は、上段デッキプレート１０Ａの溝部１０ｄ内においてスパン方向Ｄ１に延びる上段部２１と、下段デッキプレート１０Ｂの溝部１０ｄ内においてスパン方向Ｄ１に延びる下段部２２と、上段部２１と下段部２２とを接続する接続部２３と、を備える。上段部２１は、上段デッキプレート１０Ａの溝部１０ｄ内に配置されているため、上段デッキプレート１０Ａに作用する応力を十分に受けることが可能となる。下段部２２は、下段デッキプレート１０Ｂの溝部１０ｄ内に配置されているため、下段デッキプレート１０Ｂに作用する応力を十分に受けることが可能となる。そして、応力伝達部材２０は、接続部２３を介して、上段部２１と下段部２２との間で互いに応力を良好に伝達し合うことができる。【選択図】図３
COMPOSITE SLAB STRUCTURE
合成スラブ構造
NISHIYAMA RUMIKO (author) / AKAMARU ICHIROU (author) / ISHIMARU AKIRA (author)
2021-10-07
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
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