阪神大地震破坏的防波堤结构重建用粘度剂超工作混凝土的研制

T. Fukute, H. Hamada, S. Sano, E. Sueoka, A. Moriwake, H. Takeuchi
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引用次数: 0

摘要

1995年阪神大地震后,作为重建项目的一部分,在神户港建造了防波堤结构。在该码头结构中,直斜基桩与现场预制板相连接,缩短了工期。本文介绍了在室内进行的试验结果、超适性混凝土应用于结构节点的全尺寸填充试验结果以及混凝土质量。采用掺有黏度剂、石膏和高炉矿渣粉粒的超适活混凝土,满足其高填充能力、最小出血和减小收缩的要求。超级可工作的混凝土生产和放置在混凝土工厂船在这个建设。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Super-Workable Concrete with Viscosity Agent for Reconstruction of Jetty Structures Destroyed by the Hanshin Great Earthquake
Jetty structures were constructed at Kobe Port as part of the reconstruction project after Hanshin Great Earthquake in 1995. In this jetty structure, straight and oblique base piles were jointed with a precast slab in the field to shorten the work period. This paper presents the results of experiments carried out in a laboratory, the full scale filling test using a super workable concrete applied to the joints of structure, and the concrete quality. Super workable concrete containing a viscosity agent, gypsum, and ground granulated blast-furnace slag was used to satisfy the requirements for its high filling ability, minimized bleeding, and reduced shrinkage. Super workable concrete was produced and placed from a concrete plant ship in this construction.
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