1. 1) Owa, S. and Ikeda, K.: Experimental Study on Bond Strength of Adhesive Post-Installed Rebars of Epoxy Injection Resin Type During Fire and After Fire, Journal of Structural and Construction Engineering (Transactions of AIJ), Vol.80 No.717, pp.1803-1809, 2015.11 (in Japanese) 大和征良, 池田憲一：エポキシ樹脂系注入方式接着系あと施工アンカーの火災時及び火災後の付着破壊強度に関する実験的研究, 日本建築学会構造系論文集, 第 80 巻, 第 717 号, pp.1803-1809, 2015.11
2. 2) Thuan, L.T., Owa, S. Song, C. and Ikeda, K.: Experimental Study on Bond Strength of Adhesive Post-Installed Rebar Systems During Fire, Journal of Structural and Construction Engineering (Transactions of AIJ), Vol.84 No.758, pp.575-582, 2019.4
3. 3) Kaku, C., Hasemi, Y., Kamikawa, D., Suzuki, T. Yasui, N., Koshihara, M. and Nagao, H.: Influence of Water Content on the Mechanical Properties of Wood Exposed to Fire - Young’s modulus and bending strength of Cryptomeria japonica and Zelkova serrate under various water-containing states at elevated temperature -, Journal of Structural and Construction Engineering (Transactions of AIJ), Vol.82, No.732, pp.299-308, 2017.2 (in Japanese) 加來千紘, 長谷見雄二, 上川大輔, 鈴木達朗, 安井昇, 腰原幹雄, 長尾博文：含水率が火災加熱を受ける木材の力学的性能に及ぼす影響－多様な含水状態におけるスギ及びケヤキの高温時ヤング係数・曲げ強度の測定－, 日本建築学会構造系論文集, 第 82 巻, 第 732 号, pp.299-308, 2017.2
4. 4) Kaku, C., Hasemi, Y., Kamikawa, D., Suzuki, T. Yasui, N., Koshihara, M. and Nagao, H.: Corrigenda: Influence of Water Content on the Mechanical Properties of Wood Exposed to Fire - Young’s modulus and bending strength of Cryptomeria japonica and Zelkova serrate under various water-containing states at elevated temperature -, Journal of Structural and Construction Engineering (Transactions of AIJ), Vol.85, No.769, pp.451-453, 2020.3 (in Japanese) 加來千紘, 長谷見雄二, 上川大輔, 鈴木達朗, 安井昇, 腰原幹雄, 長尾博文：訂正：含水率が火災加熱を受ける木材の力学的性能に及ぼす影響－多様な含水状態におけるスギ及びケヤキの高温時ヤング係数・曲げ強度の測定－, 日本建築学会構造系論文集, 第 85 巻, 第 769 号, pp.451-453, 2020.3
5. 5) Architectural Institute of Japan: Outline of Guide Book for Fire-Resistive Performance of Structural Materials (Third edition), 2017 (in Japanese) 日本建築学会：構造材料の耐火性ガイドブック（第 3 版）, 2017