Concrete‐Face Rockfill Dam: I. Assessment
Publication: Journal of Geotechnical Engineering
Volume 113, Issue 10
Abstract
The concrete‐face rockfill dam (CFRD) is currently being used with increasing frequency throughout the world. It has substantial advantages over the earth‐core rockfill dam, the common alternate dam type considered. The CFRD is considered to have high fundamental safety, especially against strong earthquake shaking, and to be appropriate for use for very high dams. Placing the rockfill embankment in stratified layers, with the larger rocks in the bottom of each layer, is desirable practice. Crest settlements are relatively low, and decrease in rate rapidly after the first few years. Static stability analyses are not used for CFRD design. It is believed safe and reasonable to build spillways over CFRDs.
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References
1.
Arrau, Luis, Ibarra, Ismael, and Noguera, Guillermo, “Performance of Cogoti Dam under seismic loading,” pp. 1–14.
2.
Leps, Thomas M., Cashatt, C. A., and Janopaul, R. N., “New Exchequer Dam, California,” pp. 15–26.
3.
Millet, J. C., Louis, F., and Robert, F., “Design, construction & performance of Fades Dam,” pp. 27–39.
4.
Good, R. J., Bain, D. L. W., and Parsons, A. M., “Weak rock in two rockfill dams,” pp. 40–72.
5.
Materon, Bayardo, “Alto Anchicaya Dam—Ten years performance,” pp. 73–87.
6.
Salembier, M., “Membrane sealing of Rouchain Dam,” pp. 88–97.
7.
Amaya, Fabio, and Marulanda, Alberto, “Golillas Dam—Design, construction and performance,” pp. 98–120.
8.
Dascal, O., “The Outardes 2 concrete‐faced rockfill dam,” pp. 121–139.
9.
Casinader, R., and Watt, R. E., “Concrete face rockfill dams of the Winneke Project,” pp. 140–162.
10.
Beene, Ralph R. W., and Pritchett, Edward C., “The R. D. Bailey Dam—A concrete‐faced, earth‐rockfill,” pp. 163–172.
11.
Pinto, Nelson L. de S., Marques Filho, Pedro L., and Maurer, Edilberto, “Foz do Areia Dam—Design, construction, and behaviour,” pp. 173–191.
12.
Materon, Bayardo, “Construction of Foz do Areia Dam,” pp. 192–207.
13.
Mackenzie, P. R., and McDonald, L. A., “Mangrove Creek Dam: Use of soft rock for rockfill,” pp. 208–230.
14.
Bodtman, William L., and Wyatt, John D., “Design and performance of Shiroro rockfill dam,” pp. 231–251.
15.
Perdomo, D. A., Vasilescu, M. S., and Ferro, E. A., “Fortuna concrete face rockfill dam,” pp. 252–265.
16.
Sierra, Jesus M., Ramirez, Carlos A., and Hacelas, Jorge E., “Design features of Salvajina Dam,” pp. 266–285.
17.
Hacelas, Jorge E., Ramirez, Carlos A., and Regalado, Guillermo, “Construction and performance of Salvajina Dam,” pp. 286–315.
18.
Rogers, R. L., “Boondooma Dam,” pp. 316–335.
19.
Watakeekul, Somkuan, Roberts, Gordon J., and Coles, Andrew J., “Khao Laem—A concrete face rockfill dam on karst,” pp. 336–361.
20.
Morris, Michael, “Design and construction of Terror Lake Dam,” pp. 362–378.
21.
Gosschalk, Edward M., and Kulasinghe, A. N. S., “Kotmale Dam and observations on CFRD,” pp. 379–395.
22.
Phillips, P. R., “Batang Ai—Transition zone,” pp. 396–409.
23.
Pinkerton, Ivor L., Siswowidjono, Soetomo, and Matsui, Yutaka, “Design of Cirata concrete face rockfill dam,” pp. 642–656.
24.
Fitzpatrick, Mike D., Cole, Bruce A., Kinstler, Frank L., and Knoop, Bram P., “Design of concrete‐faced rockfill dams,” pp. 410–434.
25.
Varty, Alan, Boyle, Rick J., Pritchard, Edward D., and Gill, Roger E., “Construction of concrete face rockfill dams,” pp. 435–458.
26.
Sherard, James L., “The upstream zone in concrete‐face rockfill dams,” pp. 618–641.
27.
Seed, H. Bolton, Seed, Raymond B., Lai, S. S., and Khamenehpour, B., “Seismic design of concrete faced rockfill dams,” pp. 459–478.
28.
Bureau, Gilles, Volpe, Richard L., Roth, Wolfgang H., and Udaka, Takekazu, “Seismic analysis of concrete face rockfill dams,” pp. 479–508.
29.
Tsai, Chan‐Feng, Yen, Bing C., Tucker, Keith D., and Askari, Shahen, “Design and stability evaluation of Balsam Meadow Dam,” pp. 509–527.
30.
Imaizumi, Hideo, and Sardinha, Alvaro E., “A study of deformations in concrete faced rockfill dams,” pp. 528–540.
31.
Hollingsworth, Harold, Conner, Timothy R., and Victor E. Anderson, “Design of Deer Creek Dam,” pp. 541–558.
32.
Vasconcelos, Aurelio A., and Eigenheer, Luiz Paulo, “The Xing6 rockfill dam,” pp. 559–565.
33.
Pineros, Juan E., “Rockfill compression tests and other aspects of the design of Miel I Dam,” pp. 566–586.
34.
Pinto, Nelson L. de S., Marques Filho, Pedro L., and Maurer, Edilberto, “Segredo Dam—Basic design aspects,” pp. 587–593.
35.
Correa, Regis Danton, and Thielen, Fernando, “Machadinho Dam in Brazil,” pp. 594–600.
36.
Antunes Sobrinho, Jose, and da Cunha, Joaquim C., “Ita Dam—Selection of type,” pp. 601–607.
37.
Prusza, Z., De Fries, K., and Luque, F., “The design of Macagua concrete face rockfill dam,” pp. 608–617.
38.
Cooke, J. Barry. (1984). “Progress in rockfill dams,” 18th Terzaghi Lecture. J. Geotech. Engrg., 110(10), 1381–1414.
39.
Discussion of “Progress in rockfill dams.” (1986). Discussions by, Casinader, R., Chadwick, W. L., Fetzer, C. A., Fitzpatrick, M. D., Fucik, E. M., Hacelas, J. E., and Ramirez, C. A., Houlsby, A. C., Marulanda, A., and Ospina, C. S., Materon, B., Merritt, A. H., Murti, N. G. K., Pinkerton, I. L., De Porcellinis, P., Ripley, C. F., Sherard, J. L., Strassburger, A. G., Swiger, W. F., and Taylor, H., Closure by Cooke, J. Barry, J. Geotech. Engrg., 112(2), 217–253.
40.
Hacelas, J. E., and Ramirez, C. A. (1986). “Salvajina: A concrete face dam on a difficult foundation.” Water Power and Dam Constr., 38, Jun.
41.
Symposium on rockfill dams (1960). Trans., ASCE, 125(11).
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Copyright © 1987 ASCE.
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Published online: Oct 1, 1987
Published in print: Oct 1987
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