ICOLD Bulletin: The Physical Properties of Hardened Conventional Concrete in Dams
Appendix C (Physical properties of concrete subjected to expansion phenomena such
as AAR in dams)
As submitted for ICOLD review, march 2008 Appendix C-17
[C.16] Hobbs, D.W., “Alkali-silica reaction in concrete”, Thomas Telford, London, 1988.
[C.17] Clark, L.A., “Structural aspects of alkali-silica reaction”, Structural Engineering
Review, 2, pp. 121-125, 1990.
[C.18] Wood, J.G.M., Norris, P., Leek, D., “Physical behaviour of AAR damaged
concrete in structures and in test conditions”, Proceedings of 8
th
International
Conference on AAR, Kyoto, Japan, 1989.
[C.19] Crouch, R.S., Wood, J.G.M. “Damage evolution in AAR affected concretes”,
engineering fracture mechanics, 35, n° 1/2/3, pp. 211-218, 1990.
[C.20] I.S.E. (The Institution of Structural Engineers), “Structural effects of alkali-silica
reaction – Technical guidance on the appraisal of existing structures”, London, 1992.
[C.21] Rotter, H., M., “Alkali-Aggregate Reaction: from basic principles to structural
behaviour – a literature review”, Rapport n° EMP/GSC 1995-11, Ecole Polytechnique
Montréal, pp. 166, 1995.
[C.22] Timothy, P. Dolen, P.E. “ Materials Properties Model of Aging Concrete”, Report
DSO-05-05, Bureau of Reclamation. Technical Service Center, Denver, Colorado,
Materials Engineering and Research Laboratory, 86-68180, 2005.
[C.23] Dolen, T.P. Mohorivic, C. “ 1996/1997 Concrete Coring-Laboratory Testing
Program, Warm Springs Dam Corrective Action Study, Safety of Dams Program”, Vale
Project, Oregon, May 15, 2000.
[C.24] Dolen, T.P. “ Parker Dam 2005 Concrete Coring – Laboratory Testing Program,
Parker-Davis Project, California-Arizona, Lower Colorado Region ”, Technical
Memorandum No. MERL-2005-20, March 2006.
[C.25] Charlwood, G.A., Steele R.G., Solymar, S.V., Curtis, D.D. ”A review of Alkali
Aggregate Reactions in Hydro-electric Plants and Dams”, Proceedings of 1
st
International Conferences on AAR in Hydroelectric Plants and Dams, Fredericton (NB),
Canada, October 1992.
[C.26] Thompson, G.A. Steele, R.R. Coulson, D.M. "Management of Concrete Growth
at the Mactaquac Generating Station", roceedings from the 2
nd
International
Conference on Alkali Aggrregate Reactions in Hydroelectric Plants and Dams,
USCOLD, Chattanooga, Tennessee, October 1994.
[C.27] Thompson, G.A. Charlwood, R.G. Steele R.R., Curtis, D.D. ”Mactaquac
Generating Station Intake and Spillway Remedial Measures”, Proceedings of the 18
th
ICOLD, Durban, South Africa, Vol. 1, Q: 68, R: 248, pages 342-368, November, 1994.
[C.28] Curtis, D.D ” Modeling of AAR Affected Structures Using the GROW3D FEA
Program”, Proceedings for the Second International Conference on Alkali-Aggregate
Reaction in Hydroelectric Plants and Dams, USCOLD, Chattanooga, Tennessee, pp.
457 – 478, 1995.
[C.29] M. T. Hughes, D.D. Curtis, ” Life Extension of Concrete Structures Affected by an
Alkali-Aggregate Reaction at the Mactaquac Generating Station”, Hydrovision, 2001.