An easy-to-use object-oriented Python package for water distribution system modelling based on EPANET.

A high-level interface designed for the easy generation of hydraulic and water quality scenario data.

An R package for calling the Epanet software for simulation of piping networks.

An EPANET compatible python package to simulate and analyze water distribution networks under disaster scenarios.

Feasibility study on using mixed-integer-linear programming for solving optimal pump scheduling problem in water distribution networks.

DiTEC research

Attention Temporal Graph Convolutional Networks architecture on water distribution systems using Tensorflow

A platform for accessing and sharing Water Distribution Network benchmarks and data sets

Source code used to support the Master's thesis "Descriptive and Predictive Modeling of Water Distribution Network Dynamics using Multivariate Time Series Data"

A helper library for optimising water distribution networks. Evaluates constraints, costs, greenhouse gas emissions for pipe, pump and VSP options

Cambiar la orientación del trazado de tuberías en modelos de redes de agua con EPANET

This repository contains the benchmark and the implementation of the experiments from the paper "A Benchmark for Physics-informed Machine Learning of Chlorine States in Water Distribution Networks" by Luca Hermes, André Artelt, Stelios Vrachimis, Marios Polycarpou, and Barbara Hammer

This repository introduces a python package for hydraulic simulation of Intermittent Water Supply Networks using eight distinct methods and is associated with the publication [PLACEHOLDER]

Pipe size of pressurized irrigation networks that usually have a branched layout had been optimized by assuming a predetermined layout. Few researches have considered simultaneous layout and pipe size optimization. In this study, a hybrid approach that is a combination of pipe size optimizer and layout optimizer is adapted for simultaneous layout a