Where does your piping system lose performance?
Change flow, diameter, pipe length and valve opening. Watch the fluid path, valve and indicative hydraulic consequences respond together.
01 · Explore the system
The visual represents assumptions, not an actual LiDAR capture, pump curve or measured valve position.
02 · Change operating assumptions
Simplified incompressible-water model: Darcy–Weisbach friction (Swamee–Jain turbulent approximation, laminar relation), assumed valve loss coefficient and constant fluid properties. Valve coefficient is an illustrative assumption, not manufacturer data. No cavitation, surge, NPSH, pump-curve matching or engineering validation.
One change. Connected consequences.
Change the existing scenario controls. Follow the effect across the process and explore an action.
Pipe diameter
Illustrative decision guidance. Stage explanations use the current page inputs; links to other tools do not imply automatic data transfer unless explicitly stated.