Abstract
The paper presents the analysies of the state of knowledge on the problem of cracking resistance of anticorrosion coatings made of glass fiber reinforced synthetic resins (mainly polyester and epoxy). This kind of coatings are most often used to protect the concrete substrate in the chemically active environment. The theoretical bases of relation between the coating and concrete substrate properties have been studied. Different models of the relation have been taken into account. The influence of some coating properties (such as thickness, the tensile strength, the modulus of elasticity) on the value of the limit crack width of the concrete substrate have been analysed. The basic features of the coating which determine its cracking resistance have been found. A review of numerous papers has been presented.
This is a preview of subscription content, log in via an institution to check access.
Access this chapter
Tax calculation will be finalised at checkout
Purchases are for personal use only
Preview
Unable to display preview. Download preview PDF.
References
Alrandi, A. (1983) Limit state of cracks of reinforced concrete structures covered with laminate plastics coatings. D. Sci. Thesis, Warsaw University of Technology (in Polish)
Bares, R.A. (1976) Deformation interaction of soft roofing materials with their base. American Concrete Institute, Fall Convention, Mexico City.
Berka, L. (1979) Equilibrium states of cracks on a thin plate-rigid basis interface. Staveb Cas., 27, 10, VEDA, Bratislava, 739–751 (in Czech)
B1aszczyk, J. (1985), Study on crack resistance of chemosetting resin coatings en concrete substrate. 2nd Conference on Corrosion of Buildings and Structures. Polish Civil Engineering Society, \Warszawa (in Polish)
Broniewski, T. (1974) Crack resistance of anticorrosion coatings on concrete underground. Proceedings on Civil Engineering No 2, Cracow Technical University (in Polish) Czarnecki, L. (1935) Surface anticorrosion protectidn of reihforced concrete chimmneys. 2nd Conference on Corrosion of Buildings and aructures,Polish Civil Engineering Society, Warszawa, (in Polish)
Czarnecki, L (1985), Report on anticorrosion protection of reinforced concrete chimmneys. Instytute of Technology and Organisation of Building Production, Warsaw University of Technology (in Polish)
Danilecki, W., Maczyrnski, M. and Pluta, J. (1966), The beha- viour of plastic coatings on the concrete structures with moving cracks. Proceedings of 3.2th Scientific Conference KIL PAN and KN PZITB, Krynica, 67–72 (in Polish).
Gamski, A. (1980) Strengthening and repair of concrete structures with epoxy resin. Arch. Inz. Lad., 26, 1, 169–180 (in French)
Grabowski, J.,,Jastrzebski, P. Lutomirski, S and Wichniewicz,S (1985), Application of moire method in the analysis of microcracking of ferrocement. Proceedings of the Second International Symposium on Ferrocement, Eanghok, 271–280.
Krak, H. (1967), Cracking of concrete and the influence on epoxy resin based coatings. RILEM Symposium-Synthetic Resins in Building Constructions, Pary, 401–409.
Krasowskaja, T.A. (1977), Meaning of polymers coatings for reinforced concrete structures, Transportnoje Stroitielstwo, 9, 50–52, (in Russian).
Ktosinski, 13. and Abramowicz, M, (1986), Modelling of the work of glass fiber reinforced resin coatings on a cracked surface of concrete. lnetrnational Symposium on Adhesion between Polymers and Concrete.
Menges, G., Suchanek, K-i.J. (1975) Trial of the explanation of the stress-crack corrosin. 8th Conference of Danaubian Countries on Nature and Artificial Ageing of Plastic Mate:- riais (in German) Wurzburg.
Mokrzycka, A. (1970), Analysis of crack resistance of selected polymer coatings on concrete constructions. D.Sci. Thesis, Warsaw University of Technology (in Polish).
Nemec, J. (1985), Some observations about the failure of polymer composites. UTAM-CSA.V, Praha (1985).
Pluta, J. and Ahmed, R. (1982), The effect of concrete strength on the unit state of crack’s width of concrete structers covered with laminate plastics coatings. Proceedings of 28th Scientific Conference KIL PAN and KN PZITB Krynica 173–180, (in Polish).
Pluta, J. and Diugolecka, E. (1979), Limiting states of laminate plastics coating on the concrete structures with moving cracks. Proceedings of 25th Scientific Conference K1L PAN and KNPZITB, Krynica, 193–198, (in Polish).
Rieche, G. (1979) Crack resistance resin coating on mineral building materials. Farbe } lack 85, 10, 824–831, (in German)
Rieche, G. and Ross, I (1983), Measurement of bond length of crack bridging coatings of syntetic resins. Proceedings of Collogium of Reinforcing and Repairing of Constructions. Esslingen, 119–121, (in German).
Soiomotow, W.I. and Szwidko, J.I. (1969), Influence of polymer coatings on cracking resistance of reinforced concrete structures, Bieton i Zieliezobieton, 4, 33–35, On Russian).
Szniejdierowa, W.WAr., Miedwiediew, W.M. and Migajewa, 0.3. (1969), Cracking resistance of anticorrosion coatings. Bieton-i Zeliezobieton 1, 17–18, (in raissian).
Szwidko, J.K. (1972), Influence of polymer coatings on propertis of reinforced concrete structures. Promyszlennoje aroitielstwo, 5, 33–34, (in Russian).
Teepe, W. (1962), Mechanical stresser in plastic materials in modythic constructions. Kunstoffe, 52 659–666, (in German).
Wagner, K. and Diecke, W. (1974), P.pplication of synthetic resins for cracking resistance coatings. Bauplanung-Bautechnik, 28; 2, 74–75 (in German).
Wachnicki, C.R. and Radon, J.G. (1984) -Fatigue crack growth measurement in a CSM composite using compliance and moire techniques. Butterworth Co (Publishers) htd.
Weiss, V. (1974), Failure of brittle materials with tougher surface coating. In Mechanical pr operties and structure of composite materials (A.M. Brandt–ed), 517–525.
We Z. (1985), A research on glass-fibre reinforced plastic ferrocement (GRPF) and its application in irrigation engineering. Journal of Ferrocement, 15, 4, 359–363.
Author information
Authors and Affiliations
Editor information
Editors and Affiliations
Rights and permissions
Copyright information
© 1986 Springer Science+Business Media Dordrecht
About this chapter
Cite this chapter
Czarnecki, L., Grabowski, J. (1986). Criterion of Cracking Resistance of Glass Fiber Reinforced Resins: A Comparative Study. In: Sasse, H.R. (eds) Adhesion between polymers and concrete / Adhésion entre polymères et béton. Springer, Boston, MA. https://doi.org/10.1007/978-1-4899-3454-3_17
Download citation
DOI: https://doi.org/10.1007/978-1-4899-3454-3_17
Publisher Name: Springer, Boston, MA
Print ISBN: 978-0-412-29050-3
Online ISBN: 978-1-4899-3454-3
eBook Packages: Springer Book Archive