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

Piśmiennictwo

30.Santos Silva A., Gonçalves A.F. et al.: Diagnosis and prognosis of Portuguese concrete railway sleepers degradation – a combination of ASR and DEF. Abs. 122, Proc 13^th ICAAR M. Broekmans B Wigum ed., NTNU Trondheim, June 2008.

31.Rodum E., Lindgård J. et al.: Early damages due to AAR in a swimming pool – Diagnosis and rate of expansion. Proc 13^th ICAAR M. Broekmans B Wigum ed., NTNU Trondheim, June 2008.

32.Wood J.G.M., Angus E.C.: Montrose Bridge. Proc. Structural Faults & Repair ‒ 95 Conf. London 1995.

33.Katayama T., Futagawa T.: Petrography of pop-out causing minerals and rock aggregates in concrete – Japanese experience. Proc. 6^th Euroseminar on Microscopy Applied to Building Material. pp.400-409. Reykjavik, Iceland 1997.

34.LCPC. Manuel d’identification des réactions de dégradation interne du beton dans les ouvrages d’art. 1999, pp.42.

35.Wood J.G.M.: When does AAR Stop? Pp. 1016-1024. Vol II, Proc. 12^th ICAAR, Beijing, October 2004

36.LCPC Techniques et méthodes. Détermination de l’indice de fissuration d’un parement de béton. Methode d’essai LPC No. 47. Ministère de l’Équipement, du Logement, des Transports et du Tourisme. 1997.

37.Jensen V.: Alkali Aggregate Reaction in Southern Norway. soctoral thesis, Technical University of Trondheim, NTH, Norway, pp. 265 +10 Appendices, 1993.

38.Jensen V.: Distribution and significance of Alkali-Aggregate Reaction in Southern Norway. Proceedings of the 3^rd International Conference on Durability of Concrete ACI, Nice, France, p. 741-757, 1994.

39.Natesayer K., Hover K.C.: Some field strategies at the new in situ method for identification of alkali- silica reaction products in concrete. “Cement and Concrete Research”, Vol. 19, 1989, pp. 770-778.

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