1. 1) 鋼構造委員会編：腐食した鋼構造物の性能回復事例と性能回復設計法，土木学会，鋼構造シリーズ 23，2014. [Committee on Steel Structures: Design methods and examples for repair and rehabilitation of corrosion-damaged steel structures, JSCE, Steel Structures Series 23, 2014.]
2. 2) 複合構造委員会編：FRP部材の接合および鋼とFRPの接着接合に関する先端技術，土木学会，複合構造レポート 05，2012. [Committee on Hybrid Structures: Advanced technology of repair and strengthening of steel structures using externally-bonded FRP composites, Hybrid Structure Reports 05, JSCE, 2012.]
3. 3) 複合構造委員会編：FRP部材の接合および鋼とFRPの接着接合に関する先端技術，土木学会，複合構造レポート 09，2013. [Committee on Hybrid Structures: Advanced technologies of joining for FRP structures and FRP bonding for steel structures, Hybrid Structure Reports 09, JSCE, 2013.]
4. 4) 複合構造委員会編：FRP接着による構造物の補修・補強指針(案)，土木学会，複合構造シリーズ 09，2018. [Committee on Hybrid Structures: Guidelines for repair and strengthening of structures using externally bonded FRP, JSCE, Hybrid Structure Series 09, 2018.]
5. 5) Nakamura, H., Yamamura, Y., Ito, H., Lin, F. and Maeda, K. : Development of pre-tensioning device for CFRP strips and applicability to repair of cracked steel members, Advances in Structural Engineering, Vol. 17, No. 12, pp. 1705-1717, 2014.