References
- AlegreH. and CovasD., 2010. Quick reference guide for infrastructure asset management of water supply and wastewater system. In AWARE-P (Ed.). Lisbon, Portugal: LNEC.
- AlegreH., CovasD., MonteiroA.J., and DuarteP., 2006. Water Infrastructure Asset Management: A Methodology to Define Investment Prioritization. In: S.G.Buchberger, ed. 8th Annual water distribution system analysis symposium. Cincinnati, OH: ASCE, 27–30.
- baseform.org, 2012a. Aware-P asset management: Details [Online], Retrieved from http://www.baseform.org/np4/apps/awareAppDetails.html [Accessed 21 March 2012].
- baseform.org, 2014. AWARE-P Suite [Online], Retrieved from http://baseform.org/np4/awareApp.html [Accessed 7 November 2014].
- BaurR. and HerzR.K., 1999. Service Life Management of Water Mains and Sewers. In: R. Baur, ed.Service life management of water mains and sewers: Proceedings of the 13th European Junior Scientist Workshop. Dresden: TU Dresden.
- BelezaJ., FelicianoJ., MaiaJ., GanhãoA., AlmeidaR., SantosA., and CoelhoJ., 2013. Integrated information tools for strategic asset management. Water Asset Management International, 9, 8–13.
- BerardiL., KapelanZ., GiustolisiO., and SavicD.A., 2008. Development of pipe deterioration models for water distribution systems using EPR. Journal of Hydroinformatics, 10 (2), 13.
- Cemagref, 2010. LEYP model for recurrent failures of water mains. Cestas Cedex: Cemagref.
- Cemagref.fr, 2011. Presentation of the software [Online], Retireved from https://casses.cemagref.fr/presentation-of-the-software [Accessed 2 November 2011].
- CoelhoS.T. and VitorinoD., 2011. AWARE-P: a collaborative, system-based IAM planning software. LESAM - Leading Edge Strategic Asset Management 2011. Mülheim, Germany: International Water Association.
- HadzilacosT., KallesD., PrestonN., MelbourneP., CamarinopoulosL., EimermacherM., KallidromitisV., Frondistou-YannasS., and SægrovS., 2000. UtilNets: a water mains rehabilitation decision-support system. Computers, Environment and Urban Systems, 24 (3), 215–232.
- HalfawyM.R. and FigueroaR., 2006. Developing enterprise GIS-based data repositories for municipal infrastructure asset management. In: Proceedings of the Joint International Conference on Computing and Decision Making in Civil and Building Engineering. Montreal: ICCCBE/ASCE/DMUCE/CIB, 10.
- HerzR.K., 1996. Ageing process and rehabilitation needs of drinking water distribution networks. Journal of Water SRT - Aqua, 45 (5), 11.
- KleinerY. and RajaniB., 2001. Comprehensive review of structural deterioration of water mains: statistical models. Urban Water, 3 (3), 131–150.
- Le GatY., 2013. Extending the Yule process to model recurrent pipe failures in water supply networks. Urban Water Journal, 11 (8), 1–14.
- MurphyG.D., 2009. Improving the quality of manually acquired data: Applying the theory of planned behaviour to data quality. Reliability Engineering; System Safety, 94 (12), 1881–1886.
- MurphyG.D., ChangA., and BarlowM., 2008. Leveraging engineering asset data: strategic priorities, data types and informational outcomes. In: G.J.J.L.J.Ni, L.Ma and J.Mathew, eds. 3rd World Congress on Engineering Asset Management and Intelligent Maintenance Systems Conference (WCEAM-IMS 2008): Engineering Asset Management – A Foundation for Sustainable Development. London: Springer, 1136–1142.
- powel.no, 2011. Gemini VA [Online], Retrieved from http://www.powelgemini.no/no/Produkter/Gemini/gemini-va/ [Accessed 5 December 2011].
- RajaniB. and KleinerY., 2001. Comprehensive review of structural deterioration of water mains: physically based models. Urban Water, 3 (3), 151–164.
- RokstadM.M., SægrovS., and UgarelliR.M., 2013. A suggested methodology for improving IAM by developing and monitoring the utility's data quality capabilities. In: Leading Edge Strategic Asset Management Conference, 2013. Sydney, NSW: Australian Water Association (AWA).
- RossmanL., 2000. Epanet 2.0 User's Manual. Water Supply and Water Resources Division. Cincinatti, Ohio: US Environmental protection Agency, EPA/600/R-00/057.
- SavicD.A., 2009. The Use of Data-Driven Methodologies for Prediction of Water and Wastewater Asset Failures. In: P.Hlavinek, C.Popovska, J.Marsalek, I.Mahrikova and T.Kukharchyk, eds. Dordrecht: Springer, 181–190.
- SægrovS., 2005. CARE-W - Computer Aided Rehabilitation for Water Networks. London: IWA Publishing.
- SægrovS., 2006. CARE-S Computer aided rehabilitation for Water and Storm Water Networks. London: IWA Publishing.
- S&G and Partners, 2009. Quantiatative Maintenance Analysis [Online]. Retrieved from http://www.sg-artners.nl/pdf/English%20brochures/Quantitative%20maintenance%20analyses.pdf [Accessed 15 February 2012].
- UgarelliR., VenkateshG., BrattebøH., FedericoV.D., and SægrovS., 2010. Asset Management for Urban Wastewater Pipeline Networks. Journal of infrastructure systems, 16 (2), 112–121.
- Van RielW., LangeveldJ.G., HerderP.M., and ClemensF.H.L.R., 2014. Intuition and information in decision-making for sewer asset management. Urban Water Journal, 11 (6), 506–518.
- VloerberghI.N., SchipdamR., van ThienenP., and BeukenR.H.S., 2011. Pipe Fitters assist to predict investment needs for water main rehabilitation. In: Leading Edge Asset Management Conference 2011. Mülheim, Germany: Mülheim an der Ruhr.