1. Safti A, Benmokrahe B, Rizkalla S (2013) Degradation assessment of internal continuous fiber reinforcement in concrete environment. Materials Research Report. University of Nort Florida.-UNF Projekt Contract No. BDK 82 # 977–05, p. 398
2. Plevkov V, Baldin I, Kudyakov K, Nevskii A (2017) Mechanical properties of composite rebar under static and short-term dynamic loading. In: AIP conference proceedings 1800, 040018
3. Avdeeva A, Shlykova I, Antonova M, Barabanschikov Y, Belyaeva S (2016) Reinforcement of concrete structures by fiberglass rods. MATEC web of conferences 2016, pp 1–5
4. Chapiuk O, Hryshkova A, Kysliuk D, Zadorozhnikova I, Pakholiuk O (2018) Zcheplennia metalevykh ta kompozytnykh sterzhniv z vazhkym betonom [Assembly of metal and composite steel with hard concrete]. Suchasni tekhnolohii ta metody rozrakhunkiv u budivnytstvi. Lutsk National Technical University, Lutsk, pp 186–194
5. Chapiuk O, Kysliuk D, Hryshkova A (2019) Doslidzhennia dotychnykh napruzhen zcheplennia sklokompozytnykh ta metalevykh armaturnykh sterzhniv z vazhkym betonom [Research of tactical tensions of clutch of glasscomposite and metal reinforcement bars with heavy concrete]. Resursoekonomni materialy, konstruktsii, budivli ta sporudy. Rivne, pp 240–247