AL-Washali T, Sharma S and Kennedy M (2016) Methods of assessment of water losses in water supply systems: A review. Journal of Water Resources Management 30(14):4985-5001
Amoatey PK, Minke R, and Steinmetz H (2014) Leakage estimation in water networks based on two categories of night-time users: A case study of a developing country network. Journal of Water Science and Technology: Water Supply 14(2):329-336
Amoatey PK, Minke R and Steinmetz H (2018) Leakage estimation in developing country water networks based on water balance, minimum night fl ow and component analysis methods. Journal of Water Practice and Technology 13(1):96-105
AWWA (2016) Water audits and loss control programs. American Water Works Association, 423p
Fanner P V, Strum R, Thornton J, Liemberger R, Davis SE, and Hoogerwerf T (2007) Leakage management technologies. Awwa Research Foundation, 380p
Fantozzi M and Lambert A (2007) Including the effects of pressure management in calculations of short-run economic leakage levels. In: Proc. of IWA Conference “Water Loss 2007.” Bucharest, Romania, 256-267
Fantozzi M and Lambert A (2012) Residential night consumption – assessment, choice of scaling units and calculation of variability. In: Proc. of IWA Conference “Water Loss 2012.” Manila, Philippines, 1-10
Farley M and Trow S (2003) Losses in water distribution networks. IWA Publishing, 298p
Farley M and Trow S (2005) Losses in water distribution networks: a practitioner’s guide to assessment, monitoring and control. London: IWA Publishing, 296p
Gonelas K and Kanakoudis V (2015) The economic impact of pressure management in Kozani city’s water distribution system. in: Proc. of IWA Balkan Young Water Professionals. Thessaloniki, Greece, 182-190
Gupta A and Kulat KD (2018) A selective literature review on leak management techniques for water distribution system. Journal of Water Resources Management 32(10):3247-3269
Haider H, Al-salamah IS, Ghazaw YM, Abdel-maguid RH, and Ghumman AR (2019) Framework to establish economic level of leakage for intermittent water supplies in arid environments. Journal of Water Resources Planning and Management 145(2):1-12
Hamilton S and McKenzie R (2014) Water management and water loss. IWA Publishing, 250p
Howarth DA (1998) Arriving at the economic level of leakage: Environmental aspects. Water and Environment Journal 12(3):197-201
ILMSS Ltd (2013) Zones, guidelines relating to the assesment and calculation of average pressure in water distribiution systems and zones. Leakssuite, 11p
Islam MS and Babel MS (2013) Economic analysis of leakage in the Bangkok water distribution system. Journal of Water Resources Planning and Management 139(2):209-216
Kanakoudis V and Gonelas K (2016) Analysis and calculation of the short and long run economic leakage level in a water distribution system. Journal of Water utility Journal 12(July):57-66
Kingdom B, Liemberger R, and Marin P (2006) The challenge of reducing non-revenue water (NRW) in developing countries- how the private sector can help: a look at performance-based service contracting. Water Supply and Sanitation Sector Board Disucssion Paper Series. Washington, DC, 52p
Lambert A (2001) What do we know about pressure-leakage relationships in distribution systems. In: Proc. of IWA Conference. Systems Approach to Leakage Control and Water Distribution System Management, 1-8
Lambert A (2002) International report: Water losses management and techniques. Journal of Water Science and Technology: Water Supply 2(4):1-20
Lambert A (2009) Ten years experience in using the UARL formula to calculate infrastructure leakage index. In: Proc. of IWA Conference “Water Loss 2009,” 189-196
Lambert A, Brown TG, Takizawa M, and Weimer D (1999) A review of performance indicators for real losses from water supply systems. Journal of Water Supply: Research and Technology - Aqua 48(6):pp 227-237
Lambert A, Charalambous B, Fantozzi M, Kovac J, Rizzo A, and Galea St. John S (2014) 14 Years experience of using IWA best practice water balance and water loss performance indicators in Europe. In: Proc. of IWA Conference “WaterLoss 2014,” 1-31
Lambert A and Fantozzi M (2005) Recent advances in calculating economic intervention frequency for active leakage control, and implications for calculation of economic leakage levels. Journal of Water Science and Technology: Water Supply 5(6):263-271
Lambert A, Fantozzi M, and Shepherd M (2017) Pressure: Leak flow rates using FAVAD: An improved fast-track practitioner ’ s approach. Journal of Computing and Control for the Water Industry (September):1-9
Lambert A and Lalonde A (2005) Using practical predictions of Economic Intervention Frequency to calculate short-run economic leakage level , with or without pressure management. In: Proc. of IWA Specialised Conference “Leakage” (Ili):1-12
Lambert A, McKenzie RD, Water I, Comparisons D, and Water G (2002) Practical experience in using the infrastructure leakage index. In: Proc. of IWA Conference “Leakage Management: A Practical Approach.” Lemesos, Cyprus, 1-16
Lambert A and Taylor R (2010) Water loss guidelines. The New Zealand Water & Wastes Association Wairoa Aotearoa, 102p
Liemberger R (2002) Do you know how misleading the use of wrong performance indicators can be? In: Proc. of IWA Specialised Conference “Leakage Management-A Practical Approach.” Lemesos, Cyprus, 1-17
Liemberger R (2010) Recommendation for initial non revenue water assessment. In: Proc. of IWA Conference “Water Loss 2010,” 1-13
Loureiro D, Alegre H, Coelho ST, and Borba R (2012) A new approach to estimating household night consumption at DMA level. In: Proc. of IWA Conference “Water Loss 2012.” Manila, Philippines, 1-5
Loureiro D, Amado C, Martins A, Vitorino D, Mamade A, and Coelho ST (2016) Water distribution systems flow monitoring and anomalous event detection: A practical approach. Journal of Urban Water Journal 13(3):242-252
Mazaheri M and Abdolmanafi N (2014) Detailed analysis of water losses in urban water distribution networks. Tehran ,39p (In Persian)
Moslehi I, Jalili Ghazizade M, and Yousefi Khoshqalb E (2018) Development of A comprehensive economic model for pressure management in WDS. 2nd biennial conference on water economics. Tehran, 1-10 (In Persian)
Mutikanga H, Sharma SK, and Vairavamoorthy K (2013) Methods and tools for managing losses in water distribution systems. Journal of Water Resources Planning and Management (April):166-174
Mutikanga HE, Sharma SK, and Vairavamoorthy K (2012) Methods and tools for managing losses in water distribution systems. Journal of Water Resources Planning and Management. American Society of Civil Engineers 139(2):166-174
Pearson D and Trow SW (2005) Calculating the economic levels of leakage. In: Proc. of Leakage 2005. Portugal, 1-16
Puust R, Kapelan Z, Savic DA, and Koppel T (2010) A review of methods for leakage management in pipe networks. Journal of Urban Water Journal 7(1):25-45
Tabesh M, Asadiyami Yekta AH, and Burrows R (2009) An integrated model to evaluate losses in water distribution systems. Journal of Water Resources Management 23(3):477-492 (In Persian)
Tajabadi Y, Jalili Ghazizadeh MR, and Moslehi I (2017) Calculation of average zone point in water distribiution networks. In: Proc. of International Conference on Enviromental Planning and Management. Tehran, 1-11 (In Persian)
Thornton J, Sturm R, and Kunkel G (2008) Water loss control. McGraw Hill Professional, 700p
UKWIR (1994) Managing leakage (Report C): Setting Economic Leakage Targets. UK Water Industry Research, 126p
UKWIR (2011) Best practice for the derivation of cost curves in economic level of leakage analysis. UK Water Industry Research, 96p
Van Zyl JE (2014) Theoretical modeling of pressure and leakage in water distribution systems. Journal of Procedia Engineering 89:273-277
VPSPS (2012) Guideline for determining effective parameters on unaccounted for water (UFW) and water losses reduction schemes (No: 556). Tehran: Vice Presidency for Strategic Planning and Supervision, 194 (In Persian)
Yousefi Khoshqalb E, Jalili Ghazizade M and Moslehi I (2018) Calculate economic level of leakage in water distribution networks. In: proc. of 2nd biennial conference on water economics. Tehran, 1-10 (In Persian)
)