Rehabilitation of water networks

Urban Water - Tập 1 - Trang 15-22 - 1999
S Sægrov1, J.F Melo Baptista2, P Conroy3, R.K Herz4, P LeGauffre5, G Moss3, J.E Oddevald6, B Rajani7, M Schiatti8
1SINTEF Civil and Environmental Engineering, N-7465 Trondheim, Norway
2Laboratorio Nacional de Engenharia Civil, Portugal
3Water Research Centre, UK
4Technische Universität Dresden, Germany
5INSA Lyon, France
6Oslo municipality, Norway
7National Research Council Canada
8Consorzio Agac, Reggio Emilia, Italy

Tài liệu tham khảo

Alegre, H. (1998). Performance indicators for water utilities; The IWSA proposal. International Conference on Master Plans for Water Utilities, IWSA. Prague, Chech Republic Alegre, H., Baptista J., & Faria A. L. (1997). A general framework of performance indicators in the scope of water supply. IWSA Workshop on Performance Indicators for Transmission and Distribution Systems. Lisboa, Portugal AWWARF (1998). Quantifying future rehabilitation and replacement needs of water mains. Final report of research project 265, Denver, USA Brèmond, (1998). Statistical modelling as help in network renewal decisions. Cemagref, groupement de Bordeaux, Division Ouvrages et Rèseaux Hydrauliques Coelho, S. T. (1997). Water quality performance in distribution networks. 21st International Water Supply Congress and Exhibition, IWSA, Madrid, Spain Conroy, P. (1996). Achieving a cost effective rehabilitation solution. Chartered Institution of Water and Environmental Management training day seminar on the true cost of pipelines. Swindon, UK Di Federico, V., Mazzacane, S., & Schiatti, M. (1998). Active control of water distribution systems: the Emilia Romagna experience. 5th Conference on Pipeline Construction, October 1997. Hamburg Eimermacher, M. (1998). Personnal communication (e-mail: [email protected]) Eisenbeis, P. (1997). Estimating the ageing of a water mains network with the aid of a record of past failures. Proceedings of the 10th European Junior Scientist Workshop. Tautra, Norway Herz, 1996, Ageing processes and rehabilitation needs of drinking water distribution networks, J. Water SRT-Aqua, 45, 221 Herz, 1998, Exploring rehabilitation needs and strategies for water distribution networks, J. Water SRT-Aqua, 47, 1 Kim, 1994, Optimal rehabilitation model for water-distribution systems, Journal of Water Resources Planning and Management, 120, 674, 10.1061/(ASCE)0733-9496(1994)120:5(674) LeGauffre, P. (1998). Development and use of presumption models. INSA de Lyon, Unitè de Recherche Gènie Civil/Hydrologie Urbaine Malandain, J., LeGauffre, P., & Miramond, M. (1998). Organising a decision support system for infrastructure maintenance: application to water supply systems. First International Conference for Decision Making in Civil Engineering, October 1998. Montreal, Canada Lei, J., & Sægrov, S. (1998). Statistical approach for describing lifetimes of water mains – case Trondheim municipality, Norway. IAWQ 19th Biennal International Conference on Water Quality, June 1998 (p. 21–26). Vancouver Røstum, J., Dören, L., & Schilling, W. (1997). Deterioration of the built Environment: Buildings, roads and water systems. Proceedings of the 10th European Junior Scientist Workshop, Island of Tautra, Norway, 24–28 May 1997. Norwegian University of Science and Technology, IVB-report B2-1997-2, ISBN 82-7598-040-2