جۆری توێژینهوه : Original Article
نوسهران
Civil Eng. Dept., College of Engineering, University of Baghdad, Baghdad, Iraq
پوخته
The evolution of the concept of management of safety of dams in the world Rating with
the evolution of lifestyles and the increasing number of dams and sizes and multiple
purposes, which has set up for it, for the purpose of maintaining the facility and their
durability in the form required for the continuation performed for the purpose for which
it created for him and the preservation of the lives of people and property from the
dangers of these dams partially or totally. It is in order to keep pace with global
developments in this field has been the development of an administrative system to
evaluate the safety of dams in Iraq, in the theoretical side a literature review and
concepts on the safety of dams where has been done in the research, but in the practical
side an open questionnaire through frequent visits to the dams and departments
responsible positions are done and then hold a closed questionnaire through its own
form of a questionnaire distributed this purpose, the experts and practitioners in the field
of dam safety in the administration of Iraq, reached a researcher to develop a system to
evaluate the safety of dams keep pace with global developments in this field and meets
the requirements of management the safety of dams in Iraq.
وشه بنچینهییهكان
of hydraulic engineering, vol.8, 1041- 1051.
[2] Rasheed, Maha A.h. (1999), “Transient simulation and hypothetical model for al- adhaim
dam – break,” in PhD thesis submitted to the department of building and construction
engineering in the University of Technology.
[3] Kreuzer, H. and Bury k. (1984), “A probability based evaluation of the safety and risk
existing dams.” proceedings of the international conference of safety of Dams, Coibre. 23-
National research council, Committee on techniques for estimating probabilities of extreme
floods. (1988). “estimating probabilities of extreme floods”, methods and recommended
research, national academy press, Washington.
[5] National research council, Committee on techniques for estimating probabilities of extreme
floods. (1988), “estimating probabilities of extreme floods.” methods and recommended
research, national academy press, Washington.
[6] Piner, G.F., and Breclehoeft, J.D. (1968), “Application of the digital computer for aquifer
evaluation.” water resoursec research, vol. 4, No.5, pp. 1069 – 1093.
[7] Suresh, P. B. and Harr, M.E. (1962), “Transient development of the surface in a
homogeneous earth dam.” Geo technique, vol. 12, pp. 283 – 302.
[8] State committee for irrigation projects (1999) Civil work, “Civil work.” 1st, 2nd and third
part.
[9] Y. Z. J. S. D. S. Meng Yang, Xin Qian, “Assessing alternatives for sustainable management
of a flood control dam.” International Conference on Ecological Informatics and Ecosystem
Conservation (ISEIS 2010).
[10] Bacon, J.H. (1997), “Engineering of hazard reduction: A regulator’s perspective.” Michael
Leonard Lecture. HSE, London.
[11] ANCOLD (1983), “Australian national committee on large dams.” Guidelines for Dam
instrumentation and monitoring systems.
[12] Eun-Ho Oh, Kyoon-Tai Kim, Kyong-Hoon Kim, Jin-Man Kim, Jin-Woo Cho ,
“Development strategy of infrastructure risk assessment based disaster response and
management system.” World Journal of Engineering and Technology Vol.2 No.3B, September
18, 2014.
[13] Jones, J. C. (1999), “An independent consultant’s view on risk assessment and evaluation
of hydropower projects.” in Risk Analysis in Dam Safety Assessment, by Kuo, J.T. and Yen,
B.C. (eds.), Water Resources Publications, LLC. ISBN 1-887201-20-3.
)