In the article the calculation of the bearing capacity of the inclined cross-sections of the reinforced concrete elements using an external composite reinforcement designing by deformation model DBN V.2.6.-98: 2009 and engineering methodology presented in SNIP 2.03.01-84 are described.
1. DBN B.2.6 -98 : 2009 Concrete and reinforced concrete construction, Minbudrehion Ukraine , Kyiv, 2011.
2. DSTU B.V.2.6-156 : 2010 Concrete and reinforced concrete construction with heavy concrete Minbudrehion Ukraine , Kyiv, 2010.
3. SNIP 2.03.01-84 * Concrete and concrete structures NIIZHB State Building USSR Moscow, 1986 .
4. Kvasha V.G. Calculating the strength of the inclined sections of reinforced concrete beams reinforced pasted materials // Resursoekonomni materials , structures , buildings and facilities: Collected Essays. Exactly, 2011. - Issue 22 - s.801 - 807.
5. Melnyk S.V. Calculating the strength of the inclined sections of reinforced concrete beams reinforced materials vuhleplastykovymy Single dose load // Resursoekonomni materials, structures, buildings and facilities: Collected Essays. Exactly, 2012. - Issue 23 - s.494 - 501.
6. Murin A. J. The strength , hardness and fracture toughness of reinforced concrete beams reinforced with external composite reinforcement : Dissertation . candidate. Technical sciences .. : 05.23.01 . Lviv, 2011.-163 p.
7. Melnyk S. V. Working on inclined sections reinforced concrete elements under bending small cyclic loadings and improve methods
of payment: dis .. kand. tehn . sciences: 05.23.01 . Lviv, 2011. – 184p.
8. Materials from the official site Ruredil: http://www.ruredil.it/ENG/PDFCatalghiENG/RXMeshGold.pdf.