Hydraulic Modeling
Interactive Pipe Network & System Head Modeling
Model piping loops, series/parallel branches, static elevation changes, and friction head losses using Darcy-Weisbach and Colebrook-White.
Interactive Canvas
Visual Industrial CAD Canvas
Drag-and-drop interactive canvas featuring true-to-scale industrial equipment: suction reservoirs, pumps, control valves, check valves, and discharge vessels with animated fluid elevations.
Module Overview
Before sizing a pump, engineers must know the exact system resistance. Pump Master Pro features an integrated piping hydraulic calculator that models complex pipeline routes and transfers system curves directly into pump selection.
What You Can Do With This Module
Calculates major friction loss using the Darcy-Weisbach equation and Colebrook-White friction factor.
Accounts for minor losses across elbows, valves, tees, strainers, and non-return valves with standard equivalent K-factors.
Models static head changes between suction source reservoirs and final discharge delivery points.
Offers dual designer modes: a simple Series/Parallel branch configurator and an interactive Visual Schematic Canvas.
Includes comprehensive pipe material libraries (Carbon Steel, HDPE, Ductile Iron, PVC, Copper, Stainless Steel).
Primary Applications & Industries
Pipeline Sizing & Industrial Pumping Stations
Chilled Water & District Heating Loops
Water Treatment Plant Process Piping
Mine Dewatering & Slurry Transmission Lines
Why Engineers Choose It
- Calculates exact Total Dynamic Head (TDH) without manual Moody diagram lookups.
- Connects system resistance curves directly into pump selection with zero duplicate data entry.
- Allows rapid "what-if" testing of pipe diameters to optimize capital pipe cost versus pumping energy.
- Visually validates line sizing to maintain recommended liquid velocities (1.5 – 3.0 m/s).
Industry Topics & Keywords
#pipe network calculation software
#hydraulic friction loss calculator
#Darcy Weisbach calculator
#system head curve
#pipe sizing software
#minor loss K factor valves
#pipe network designer