Improvement in Durability of Glass-Fiber Reinforced Residual Forms

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  • Seki K.
    鹿島建設 （株） 技術研究所 土木材料グループ
  • Yokozeki K.
    鹿島建設 （株） 土木管理本部 土木技術部 要素技術開発グループ
  • Mukaibara A.
    中国電力 （株） 流通事業本部 土木計画担当専任係
  • Fujiki A.
    ランデス （株） 技術部 研究所

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Other Title
  • 炭酸化技術によるガラス繊維補強埋設型枠の耐久性向上
  • タンサンカ ギジュツ ニ ヨル ガラス センイ ホキョウ マイセツ カタワク ノ タイキュウ セイコウ ジョウ

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Abstract

The authors developed an eco-friendly concrete that fixes a large amount of carbon dioxide in the hardened cement paste through use of the carbonation reaction of concrete. Preparation of highly durable glass fiber-reinforced mortar is possible by virtue of the neutral pH characteristic of said concrete as the result of carbonation. The applicability of this glass fiber-reinforced mortar for residual forms was investigated from the viewpoints of strength and durability. The results show that compared with regular glass fiber-reinforced mortar, the newly developed mortar offers superior strength and durability, and thus it is deemed suitable for use for residual forms.

Journal

  • Concrete Journal

    Concrete Journal 54 (6), 607-612, 2016

    Japan Concrete Institute

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