The use of GIS to develop a probability-based trunk mains burst risk model

Anon. (1997). Utilnets: system guide and user manual. Brite/Euram 11 Project No. 7210 Blakey, G. M., & Ta, T. (1999). Mapping road elevation and its use in the prediction of water mains burst flooding. ESRI UK User Conference, 28–29 April Blakey, G. M., Ta, T., & Sherwin, C. (1999a). Delivery of the GIS Trunk Mains Burst Risk Model. AGI'99. 28–30 September, London Blakey, G. M., Ta, T., & Sherwin, C. (1999b). Trunk mains burst risk model – user manual. Internal Report CACL, (1997). Lifestyle Plus Database. London, UK: CACI Ltd Cooper, N. R., Atkinson, K., Dixon, K., & McCormick, G. (1988). Assessment of the UtilNets decision support system as a condition assessment tool for an underground water distribution network. Internal Report Cooper, N. R., Blakey, G. M., Sherwin, C., Ta, C. T., Whiter, J., & Woodward, C. A. (1999). A methodology for assessing the risk of trunk mains failure. In A. Savic, C. A. Walters (Eds.), Water Industry Systems: Modelling and Optimization Applications DoE. (1991). English House Condition Survey. London, UK: HMSO Ford, R., Whiter, J., & Woodward, C. A. (1996). Burst water mains and how to predict them. AGI'96. 24–26 September 1996. Birmingham, UK Jarvis, M., Jones, B., Hallett, S., Gibbons, J., & Dufour, M. (1997). Land evaluation for corrosivity – a report for Thames Water Utilities. Cranfield University: Soil Survey & Land Research Centre Ordnance Survey. (1998). Landform Panorama dataset. UK: Ordnance Survey