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TUNNEL FIREPROOF STRUCTURE AND ITS CONSTRUCTION METHOD
To prevent the decrease of fire resistance performance of tunnel fireproof structure.SOLUTION: A tunnel fireproof structure 100 of a tunnel 1 comprises fibrous fireproof materials 20 provided along segments 10 of the tunnel 1 and plate members 30 each provided between the fibrous fireproof material 20 and the segment 10 and covering an outer periphery of the fibrous fireproof material 20. The plate member 30 has grooves 32 facing the segment 10 and extending in a circumferential direction of the tunnel 1.SELECTED DRAWING: Figure 3
【課題】トンネルの耐火構造の耐火性能の低下を防止する。【解決手段】トンネル1の耐火構造100は、トンネル1のセグメント10に沿って設けられる繊維系耐火材20と、繊維系耐火材20とセグメント10との間に設けられ、繊維系耐火材20の外周を覆う板部材30と、を備え、板部材30は、セグメント10と対向しトンネル1の周方向に延びる溝32を有する。【選択図】図3
TUNNEL FIREPROOF STRUCTURE AND ITS CONSTRUCTION METHOD
To prevent the decrease of fire resistance performance of tunnel fireproof structure.SOLUTION: A tunnel fireproof structure 100 of a tunnel 1 comprises fibrous fireproof materials 20 provided along segments 10 of the tunnel 1 and plate members 30 each provided between the fibrous fireproof material 20 and the segment 10 and covering an outer periphery of the fibrous fireproof material 20. The plate member 30 has grooves 32 facing the segment 10 and extending in a circumferential direction of the tunnel 1.SELECTED DRAWING: Figure 3
【課題】トンネルの耐火構造の耐火性能の低下を防止する。【解決手段】トンネル1の耐火構造100は、トンネル1のセグメント10に沿って設けられる繊維系耐火材20と、繊維系耐火材20とセグメント10との間に設けられ、繊維系耐火材20の外周を覆う板部材30と、を備え、板部材30は、セグメント10と対向しトンネル1の周方向に延びる溝32を有する。【選択図】図3
TUNNEL FIREPROOF STRUCTURE AND ITS CONSTRUCTION METHOD
トンネルの耐火構造及びその施工方法
YAMADA YUKI (author) / MARUYAMA NORIO (author) / ARAI TAKAHIRO (author) / TSURUTA KOICHI (author) / FUJIMOTO TETSUAKI (author)
2019-03-22
Patent
Electronic Resource
Japanese
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