In this paper, a fourteen-equation fluid-structure coupling model of an L-shaped liquid-filled
pipe with elastic support is established by the transfer matrix method (TMM). The validity of …

Water distribution system (WDS) models may improve system control when applied using
real-time data, and in doing so, help meet consumer and regulatory demands. Such real …

The performance of a water distribution system of providing a required flow rate at all the
nodes with required pressure heads throughout its design life is affected by uncertainties …

The uncertainty in forecasted precipitation remains a major source of uncertainty in real time
flood forecasting. Precipitation uncertainty consists of uncertainty in (i) the magnitude,(ii) …

This paper proposes a new procedure for water level (or discharge) forecasting under
uncertainty using artificial neural networks: uncertainty is expressed in the form of a fuzzy …

An original approach to the optimal design of water distribution networks is presented in this
paper. Multiobjective optimization is applied, ie, minimizing costs and maximizing a …

This work introduces an approach for taking into account the uncertainty of pipe friction
coefficients and nodal demands in the hydraulic analysis of water supply networks. For this …

The primary aim of this paper is to present a fuzzy probabilistic approach for optimal design
and rehabilitation of water distribution systems, combining aleatoric and epistemic …

Uncertainty analysis is widely applied in water system modeling to quantify prediction
uncertainty from models and data. Conventional methods typically handle various kinds of …

Loss of water due to leakage is a common phenomenon observed practically in all water
distribution systems (WDS). However, the leakage volume can be reduced significantly if the …