Abstract
Gravity dam may be the earliest water retaining structure in the human history. As early as around 2950–2750 BC, the Egyptians built a masonry gravity dam of 14 m high at the Nile River, called in Arabic “Sadd el-Kafara” meaning “Dam of the Pagans,” which was discovered over 100 years ago in Egypt. The modern gravity dams made of concrete are widely exercised throughout the world and well known for their simplicity in design and facilitation in construction, high reliability at any dam height and in any climatic conditions inclusive of harsh winter.
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References
American Society of Civil Engineers, United States Army Corps of Engineers (1994) Roller-compacted concrete (Technical engineering and design guides as adapted from the US Army Corps of Engineers). ASCE Press, New York
Bowen R (1981) Grouting in engineering practice, 2nd edn. Appl Sci, New York
Bradley JN, Peterka AJ (1957a) The hydraulic design of stilling basins: hydraulic jumps on a horizontal apron (Basin I). J Hydraulics Div ASCE 83(HY5):paper1401-1–1401-24
Bradley JN, Peterka AJ (1957b) The hydraulic design of stilling basins: high dams, earth dams, and large canal structures (Basin II). J Hydraulics Div ASCE 83(HY5):paper 1402-1–1402-14
Carlson RW, Houghton DL, Polivka M (1979) Causes and control of cracking in unreinforced mass concrete. ACI J 76(7):831–837
Chanson H (2001–2002) Historical development of stepped cascades for the dissipation of hydraulic energy. Trans Newcomen Soc 71(2):295–318
Chen SH, Yang ZM, Wang WM, Shahrour I (2012) Study on the rock bolt reinforcement for the gravity dam foundation. Rock Mech Rock Eng 45(1):75–87
Creager WP (1917) Engineering for masonry dams. Wiley, New York
Delocre FE (1866) Mémoire sur la Forme du Profil à Adopter pour les Grands Barrages en Maçonnerie des Réservoirs. Mémoires et Documents, Annales des Ponts et Chassées, 2nd Sem, pp 212–272
Dunstan MRH (2007) Overview of RCC dams at the end of 2006. In: Jia J et al (eds) New progress on roller compacted concrete dams. China WaterPower Prees, Beijing, pp 9–17
Egger P (1992) Ground improvement by passive rock bolts, experimental and theoretical studies, example. Memorie GEAM. 29(1):5–10
Elevatorsky EA (1959) Hydraulic energy dissipators. McGram Hill, New York
Forbes BA (1999) Grout enriched RCC: a history and future. International water power & dam construction. Wilmington Business Publishing, Kent, pp 34–38
Golzé AR (1977) Handbook of dam engineering. Van Nostrand Reinhold Company, New York
Grishin MM (ed) (1982) Hydraulic structures. Mir Publishers, Moscow
Hansen KD (1996) Roller—compacted concrete: a civil engineering innovation. Concr Int 15(3):49–53
Hansen KD, Reinhardt WG (1991) Roller compacted concrete dams. McGraw-Hill, New York (USA)
Harza LF (1949) The significance of pore pressure in hydraulic structures. Trans ASCE. 114(1):193–214
Henny DC (1934) Stability of straight concrete gravity dams. Trans ASCE 99(1):1041–1061
ICOLD (1989) Roller compacted concrete for gravity dams—State of the Art (Bulletin 75). ICOLD, Paris
ICOLD (1993) Rock foundations for dams (Bulletin 88). ICOLD, Paris
ICOLD (2000) The gravity dam: a dam for the future—review and recommendations (Bulletin 117). ICOLD, Paris
ICOLD (2003) Roller-compacted concrete dams—state of the art and case histories (Bulletin 126). ICOLD, Paris
ICOLD (2005) Dam foundations. Geologic considerations. Investigation methods. Treatment. Monitoring (Bulletin 129). ICOLD, Paris
Iliev S, Kalchev L (1981) Selecting the optimum cross section of a concrete gravity dam. Water Power Dam Constr 33(12):23–27
Iqbal A (1993) Irrigation and hydraulic structures—theory, design and practice. Institute of Environmental Engineering & Research, NED University of Engineering & Technology, Karachi
Isao N, Shigeharu J (2003) 30 years’ history of roller-compacted concrete dams in Japan. In: Berga L et al (eds) Proceedings of the 4th international symp on RCC dams. AA Balkema, Madrid, pp 27–38
Jansen RB (1980) Dams and public safety, a water resources technical publication. CO (Water and Power Resources Service, Bureau of Reclamation, US Department of the Interior), Denver
Joshi CS (1980) Designing the profile of gravity dams. Int Water Power Dam Constr 31(1):28–30
Karol RH (1990) Chemical grouting, 2nd edn. Marcel Dekker, New York (USA)
Keener KB (1951) Uplift pressures in concrete dams. Trans ASCE 116(1):1218–1237
Khatsuria RM (2004) Hydraulics of spillways and energy dissipators. CRC Press, New York
Lévy MM (1895) Quelques considérations sur la construction de grands barrages. Comptes-Rendus de l’Académie des Sciences 6:288–300
Liu ZM, Wang DX, Wang DG (eds) (2013) Handbook of hydraulic structure design, vol 1—Fundamental theories. hina WaterPower Press, Beijing (in Chinese)
Lo KY, Ogawa T, Lukajic B, Dupak DD (1991) Measurement of strength parameters of concrete-rock contact at the dam-foundation interface. Geotech Test J 14(4):383–394
Ma GY, Chang ZH (2007) Theory and practice of grouting drainage and anchorage of rock mass. China WaterPower Press, Beijing (in Chinese)
Mason PJ (1993) Practical guidelines for the design of flip buckets and plunge pools. Int Water Power Dam Constr 45(9):40–45
Ministry of Water Resources of the People’s Republic of China (SL319-2005) (2005) Design specification for concrete gravity dams. China WaterPower Press, Beijing (in Chinese)
Ministry of Water Resources of the People’s Republic of China (GB 50487-2008) (2009) Code for engineering geological investigation of water resources and hydropower. China Planning Press, Beijing (China) (in Chinese)
Nagayama I, Jikan S (2003) 30 years’ history of roller-compacted concrete dams in Japan. In: Key note paper in: 4th international symposium on roller compacted concrete (RCC) Dams. Balkema AA, Lisse, pp 27–38
Novak P, Moffat AIB, Nalluri C, Narayanan R (1990) Hydraulic structures. The Academic Division of Unwin Hyman Ltd, London
Pan JZ (1987) Design of gravity dams. Water Resources and Electric Power Press of China, Beijing (in Chinese)
Panwar A, Tiwari HL (2014) Hydraulic energy dissipators—a review. Int J Sci Eng Technol 3(4):400–402
Post-Tensioning Institute (1985) Recommendations for prestressed rock and soil anchors. Post-Tensioning Institute, Phoenix
Price WH (1982) Control of cracking in mass concrete dams. Concr Int 4(4):36–44
Rankine WJM (1881) Miscellaneous scientific papers: Report on the design and construction of masonry dams. Charles Griffin and Company, London
Ru RH (1983) Gravity dams. Water Resources and Electric Power Press of China, Beijing
Sazilly J (1853) Note sur un type de profil d’égale résistance proposé pour les murs de réservoirs d’eau. Annales des Ponts et Chassées. 6:191–222 (in French)
Schnitter NJ (1994) A history of dams: the useful pyramids. Balkema AA, New York
Soderberg AD (1988) Foundation treatment of karstic features under TVA dams. Geotechnical aspects of Karst Terrain. ASTM Geotechnical 14:149–165 (Special publication)
State Economy and Trade Commission of the People’s Republic of China (DL5108-1999) (1999) Design specification for concrete gravity dams. China Electric Power Press, Beijing (in Chinese)
State Economy and Trade Commission of the People’s Republic of China (DL 5073-2000) (2000) Specifications for seismic design of hydraulic structures. China Electric Power Press, Beijing (in Chinese)
State Economy and Trade Commission of the People’s Republic of China (DL/T 5166-2002) (2008) Design specification for river-bank spillway. China Electric Power Press, Beijing (in Chinese)
Stelle WW, Rubin DI, Buhas HJ (1983) Stability of concrete dam: case history. J Energy Eng ASCE 109(3):165–180
Sun GY, Wang SY, Feng SR (2004) High RCC gravity dams. China Electric Power Press, Beijing (in Chinese)
Sun Z (2004) Grouting in dam’s rock foundation. China WaterPower Press, Beijing (in Chinese)
Tatro SB, Schrader EK (1985) Thermal considerations for roller-compacted concrete. ACI J 82(2):119–128
United States Bureau of Reclamation (2005) Roller-compacted concrete: design and construction considerations for hydraulic structures. US Department of the Interior, Bureau of Reclamation, Technical Service Center, Denver
USBR (1976) Design of gravity dams. US Government Printing Office, Denver
USBR (1987) Design of small dams, 3rd edn. US Govt Printing Office, Denver
Weaver K, Bruce D (2007) Dam foundation grouting. ASCE Press, Resto, No. 0-7844-0764-9
Wise EC (2005) The day Austin died. Penn Lines 40(9):8–11
Zhou JP, Dang LC (eds) (2011) Handbook of hydraulic structure design, vol 5—concrete dams. China WaterPower Press, Beijing (in Chinese)
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Chen, SH. (2015). Gravity Dams. In: Hydraulic Structures. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-662-47331-3_7
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DOI: https://doi.org/10.1007/978-3-662-47331-3_7
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