Diagnostyka i oceny uszkodzeń betonu spowodowanych reakcjami AAR – cz. I

Piśmiennictwo

12.Grattan-Bellew P.E.: Alkali-aggregate reaction in concrete. Proceedings of the 7^th International Conference on Alkali-Aggregate Reaction in Concrete, Ottawa.

13.Gillot J.E., Swenson E.G.: Mechanism of the alkali-carbonate rock reaction. “Quarterly Journal of Engineering Geology”, 1964, pp. 7-24.

14.Gillot J.E.: Mechanism and kinetics of expansion in the alkali-carbonate rock reaction. “Canadian Journal of Earth Sciences”, Vol. 1, No. 2, 1964, 121-145.

15.Katayama T.: How to identify carbonate rock reactions in concrete. “Materials Characterization”, Vol.53. pp. 85-104. Proc. 9^th Euroseminar on microscopy applied to building materials, Trondheim, Norway 2004.

16.Concrete Society: Non Structural Cracking, Slough, Concrete Society, 1992, Technical Report 22.

17.Wood J.G.M.: Improving guidance for engineering assessment and management of structures with AAR. Proc 13^th ICAAR M. Broekmans B Wigum ed., NTNU Trondheim, June 2008.

18.Larbi J.A., Visser J.H.M.: Diagnosis of chemical attack of concrete structures: the role of microscopy. Proc. of the 7^th Euroseminar on Microscopy Applied to Building Materials, Delft, The Netherlands, June 29-July 2, 1999, pp. 55-65.

19.Sims I.: The importance of petrography in the ASR assessment of aggregates and existing concretes. Proceedings of the 7^th International Conference on Alkali-Aggregate Reaction in Concrete, Ottawa, Canada, Edited by P. Gratan-Bellew, 1987, pp. 358-367.

20.St. John D.A., Poole A.B., Sims I.: Concrete petrography, a handbook of investigative techniques. London, Edward Arnold Ltd., 1998, pp. 474.

21.CSA International: Guide to the Evaluation and Management of Concrete Structures Affected by Alkali- Aggregate Reaction. General Instruction No. 1, A864-00, February 2000, pp. 116.

22.CUR Recommendation: Inspection and assessment of concrete structures attacked or suspected to be attacked by ASR. (In Dutch), CUR Recommendation, 5e Draft Doc. No. 2002-13. CUR Committee C-106, 2002, pp. 25.

23.LCPC Techniques et méthodes Alcali-réaction du béton. Essai d’expansion résiduelle sur béton durci. Techniques et méthodes des LPC. Project de Methode d’essai LPC No. 44. Ministère de l’Équipement, du Logement, des Transports et du Tourisme. 1997, pp. 11.

24.Hunkeler F., Merz Ch., Kronenberg P.: Alkali-Aggregate Reaction (AAR). Fundamentals and measures for new and old structures. FEDRO Documentation 82013. Editor: Swiss Federal Roads Office, pp., 126, 2007, in German and French.

25.Juliani M.A.C., Becocci L., Carrazedo R.: Detection of Alkali-Aggregate Reaction in Guarulhos International Airport Aircraft Apron: Methodology. Proc 13^th ICAAR M. Broekmans B Wigum ed., NTNU Trondheim, June 2008

26.Eriksen K., Jansson J., Geiker M.: Assessment of concrete bridge decks with ASR.  Proc 13^th ICAAR M. Broekmans B Wigum ed., NTNU Trondheim, June 2008.

27.Wood J.G.M., Grantham M.G., Wait S.: Tuckton Bridge, Bournemouth. An Investigation of Condition after 102 years. Proc. Concrete Platform 2007 QU Belfast. And Proc. Structural Faults Conf. 2008.

28.Tetsuya Katayama, Takeshi Oshiro, et al.: Late-Expansive ASR due to imported sand and local aggregates in Okinawa Island, Southwestern Japan, Abs. 86. Proc 13^th ICAAR M. Broekmans B Wigum ed., NTNU Trondheim, June 2008

29.Fernandes I., Santos Silva A. et al.: Characterization of AAR in Fagilde Dam . Proc 13^th ICAAR M. Broekmans B Wigum ed., NTNU Trondheim, June 2008.

Galeria