Single-Phase Pipe Hydraulics and Pipe Sizing

Module 1 provides an in-depth understanding of single-phase flow regimes, hydraulic radius, Reynolds number, and pressure drop calculations in pipes. It also covers friction factor correlations and problem-solving scenarios to reinforce learning.

Module 2 explores pressure drop through various piping components, including sudden enlargements, contractions, orifices, nozzles, and valves. Participants gain insights into calculating major and minor losses in piping systems.

Module 3 delves into pressure drop calculations in piping networks, covering scenarios such as parallel and series pipes, flow rate determination, and pressure drop in header and branching pipelines. It also addresses transient analysis and water hammer phenomena.

Module 4 provides comprehensive insights into transient fluid flow analysis, water hammer, steam hammer, and gravity-driven flows. Participants learn to analyze and mitigate transient fluid flow phenomena in industrial piping systems.