Carrying capacity of strengthened reinforced elements on action of bending moments

• Autorzy: Mazurak A. , Kovalyk I.
• Języki publikacji: EN

Abstrakty

EN

The article proposes methods of calculation of carrying capacity of strengthened reinforced elements on action of bending moments. Basing on the experimental research, we have carried out analysis of calculated data with the investigated results.

Słowa kluczowe

EN

carrying capacity; strengthening; concrete; gunned concrete; strains

• Wydawca: Polish Academy of Sciences, Branch in Lublin
• Czasopismo: ECONTECHMOD : An International Quarterly Journal on Economics of Technology and Modelling Processes
• Rocznik: 2016
• Tom: Vol. 5, No 3
• Strony: 197--204
• Opis fizyczny: Bibliogr. 20 poz., rys., tab., wykr., wz.

Twórcy

autor

Mazurak A.

• aculty of Building and Architecture of Lviv National Agrarian University

autor

Kovalyk I.

• Faculty of Building and Architecture of Lviv National Agrarian University

Bibliografia

• 1. Babich E.M., Babich V.Y., Savytskyy V.V. 2012. Calculation of carrying capacity of cross-sectional flexural concrete elements. Sciences papers. №. 23. - P. 94-103. (in Ukrainian)
• 2. Baikov V.N. 1984. Features work pryopornyh plots beams / Concrete and zhelezobeton. -№4. P.20-22 (in Ukrainian)
• 3. Bamburа A.M., Barashikov A.J., Hurkivskyy O.B. 2005. The main provisions of the calculation of concrete and reinforced concrete structures on national regulations (DBN), (in two volumes). - Volume 1. - P. 36-43. (in Ukrainian)
• 4. Barabash V.M., Klymenko F.Y. 1997. Development, research and application of a new type of band fittings periodic profile steel concrete constructions / Theory and practice of concrete. - Poltava,. – P. 37-41. (in Ukrainian)
• 5. Blikharskyi Z.Y., Rymar Y.V., Dubizhanskyi D.I. 2007. Experimental and theoretical researches of strength of reinforced beams, strengthened under stress /Theory and practice of building. – Lviv: - №600. – P. 19-22. (in Ukrainian)
• 6. Boryshanskyy M.S. 1964. Calculation of concrete structures at deysvyy poperechnыh forces / Moscow,. –P. 377. (in Russian)
• 7. Concrete and reinforced structure of heavy concrete. Rules of projecting: SSU B V.2.6-156:2010. – [acting since 2011-06-01]. – K.:Minregionalbuild of Ukraine, 2011. – P.116 – (National standard of Ukraine).
• 8. Concrete and reinforced structures. Fundamentals: SBN V.2.6-98:2009. – [acting since 2011-07-01]. – K.: Minregionalbuild of Ukraine, 2011. – P.71 – (State building norms of Ukraine).
• 9. Dorofeev V.S., Bardanov V.Y., 2011. Calculation yzhybaemыh zlementov with uchetom dyahrammы deformation of concrete: monograph. Odessa:, - P. 210. (in Ukrainian)
• 10. Doroshkevych L.A., Demchyna B.G., Maksimovic S.B., 2007. Proposals for calculating sloping sections bending strength of reinforced concrete elements / Interdepartmental nauk.- Vol. 67 - K: NIISK - P. 601-612. (in Ukrainian)
• 11. Emmons P.H., Vaysburd A.M., McDonald J.E., Czarnecki L: Durability of repair materials: current practice and challenges // International Symposium ,,Brittle Matrix Composites 6", Warsaw, 2000, - P.263-274.
• 12. Eurocode 2: Design of concrete structures. European Committee for standartization. Brussels, oct. 2001.
• 13. Holyshev A.B., Tkachenko I.N. 2001. Projecting of strengthening of reinforced structures of industrial buildings and constructions. K: Lohos,. – P. 172 . (in Ukrainian)
• 14. Kashcharovski F. / Application of spray concrete in repairing works. / F Kashcharovski, H. Kalisst // Engineering and Building, 6, 1993. – P. 222 – 224.
• 15. Klimenko F.E., Bobalo T.V. 2007. The carrier zdatnыst inclined pererыzыv steel concrete beams. Theory and practice of construction.-Vol.6. . (in Ukrainian)
• 16. Mazurak A.V., Shmyh R.A., Kovalyk I.V., Sadovyi M.V. 2013. Calculation of strength of reinforced elements, being strengthened at different degrees of stress. Building constructions. K.: SE SRIBC, 2013. Ed. 78 v. 2. P. 499 – 504. . (in Ukrainian)
• 17. Mazurak A.V., Kovalyk I.V. 2013. Strength of a joint line while repairing or strengthening of concrete elements. Theory and practice of building. – Lviv,– Edition №755 – P. 368-375. . (in Ukrainian)
• 18. Mazurak A.V. 1996. The strength of pre-stressed steel concrete beams in the area of the transverse forces: dys.kand. tehn.nauk: 05.23.01. Lviv, - P. 199.
• 19. Petsold T.N., Tur. V.V. 2003. Concrett Constructions. Baltic State Technical University –P. 334 . (in Belorussia)
• 20. Saliichuk L.V. 2011. Experimental research and theoretical argumentation of strength and anchorage in concrete of pasted pin land ties at shift. Interdepartmental scientific-technical collector edition 74 volume 2. K.: SE SRIBC,. P. 494-506. (in Ukrainian)

Uwagi

Opracowanie ze środków MNiSW w ramach umowy 812/P-DUN/2016 na działalność upowszechniającą naukę.