A pipeflow calculation tool that complements pandapower in the simulation of multi energy grids
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A complete implementation of a Pipe PoP (Points of Presence) node for the Pipe Network decentralized CDN. This repository includes automated setup scripts, monitoring tools, and documentation for running a node that helps deliver Surrealine content globally while earning rewards. Configured with the Surrealine referral code for additional benefits.
A Python program that simulates systems connected with one-dimensional elements. Used to simulate problems of fluid distribution networks and one-dimensional structures. Supports linear and nonlinear problems.
A virtual fluids lab in the browser: build a rig of pipes, pumps, valves and tanks and watch it solve live — water networks (EPANET in WebAssembly), gas and steam, open channels, water hammer, heat and control loops. 58 guided experiments. No server, no install.
Water distribution network solver using the Nodal Head Correction Method (Newton-Raphson, sparse Jacobian), validated against EPANET, with an interactive Flask web app.
Physics-Informed Neural Network that predicts pressure distribution in pipe networks by embedding Navier-Stokes and Darcy-Weisbach equations directly into the loss function
R Package For Interfacing EPANET
MATLAB implementation of Newton-Raphson and iterative methods for solving fluid flow in a pipe network.
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