Analysis and design of siphonic roof drainage systems are usually performed with specific software developed by the system’s manufacturers. An experimental study was carried out to verify if a general for analysis hydraulic pressurized pipe networks can be used analyze system. A test model built tests were conducted compare prototype results simulation runs in EPANET. new EPANET data overcome l...

Water distribution systems are designed to adequately satisfy the water requirement for domestic, commercial industrial and firefighting purpose. A spatial database of (WDS) Hayin-Banki was created in a Geographic Information System (GIS) environment (ArcGIS), drawing inputs data from supply demand. Environmental Protection Agency Network (EPANET, 2.0) used analyze WDS explore its reliability c...

This work contributes a modeling framework to characterize the effect of cyber-physical attacks (CPAs) on the hydraulic behavior of water distribution systems. The framework consists of an attack model and a MATLAB toolbox named epanetCPA. The former identifies the components of the cyber infrastructure (e.g., sensors or programmable logic controllers) that are potentially vulnerable to attacks...

The management of the water supply system becomes crucial day by because limited natural sources and rapidly increasing population all over world. However, distribution systems have various technical problems energy loss in can be counted one these problems. In this study, a designated area Yaka district Konya was examined using Hardy-Cross method and, hydraulic simulation softwares EPANET, Wat...

Chlorine is used as a disinfectant in the water treatment process so that treated delivered safely to consumers. However, chlorine concentration decays when flows from plant supply point, due reaction with natural organic matter and inner surface of pipe. Low may encourage bacteria re-growth, while high can result formation harmful chemical components. Therefore, this study aims simulate comple...

A numerical model of a water distribution network designed for a town with 50,000 inhabitants was implemented in EPANET. The paper presents a methodology for computing the chlorine residual concentration decay in the above urban size water distribution system, over a 3 days period of time. The hydraulic system fits a gravity distribution scheme, consisting of a looped network with a tank, 42 no...

An irrigation system is a hydraulic infrastructure that conveys water from the source to the consumers. The aim of the irrigation network design is to find the optimal pipe diameter for each pipe in the network for a given layout, demand loading conditions, and an operation policy. In this paper, we propose a model that uses Genetic Algorithm as an optimization scheme and link this algorithm wi...