The software is structured around three core modules, each tailored to specific engineering challenges:
For engineers tasked with renovating an old factory or reviewing a 20-year-old design, here is the typical workflow in Pipenet 1.11.
The "Libraries" are where users define the specific characteristics of components in their system, such as pipes, fittings, fluids, and valves. A model must be defined in the libraries before it can be selected for use in the "Init" section. Once the model is built, the powerful calculation engine can analyze even the most complex systems. pipenet 1.11
(or) if scripts integration mirrors pipenv/poetry:
pipenet run-script my-script
Here’s an interesting, critical, and insightful review of , written from the perspective of a data engineer who has used it in production.
The 1.11.0 release, prominently featured in the "PIPENET News – Spring 2021" newsletter, brought a suite of enhancements designed to improve accuracy, stability, and user experience. The software is structured around three core modules,
In version 1.11, users can model various components such as pipes, ducts, fittings, pumps, fans, check valves, control valves, nozzles, filters, orifice plates, and fixed pressure losses. For advanced applications, the software provides unique models for dry pipe, cushion effect, innovative flow path cavitation, air pockets, and physical movement of slugs within piping systems. It also includes powerful control system capabilities for both steady-state and dynamic conditions, which are essential for modeling many complex network systems.