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.
Water distribution network solver using the Nodal Head Correction Method (Newton-Raphson, sparse Jacobian), validated against EPANET, with an interactive Flask web app.
R Package For Interfacing EPANET
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.
Physics-Informed Neural Network that predicts pressure distribution in pipe networks by embedding Navier-Stokes and Darcy-Weisbach equations directly into the loss function
MATLAB implementation of Newton-Raphson and iterative methods for solving fluid flow in a pipe network.
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