Steady-State
For normal hydraulic network calculation. Model pipes, pumps, valves, and tanks — then calculate pressure drop, flow distribution, and generate engineering reports.
What you can model
Pipe networks
Branched, looped, and multi-loop networks with automatic flow balancing.
Pumps
H-Q curve modelling, operating point, parallel and series configurations.
Valves & fittings
Gate, check, control valves; Cv values and resistance coefficients.
Tanks & reservoirs
Fixed-head and variable-level boundary conditions.
Pressure drop
Darcy-Weisbach and Hazen-Williams friction methods.
Flow distribution
Iterative solver for accurate flow split across all branches.
Scenario analysis
Multiple operating cases (normal, peak, emergency) in one model.
Firewater networks
Simultaneous demand cases per NFPA and other standards.
Engineering reports
Structured PDF reports with inputs, results, and network diagrams.
Typical use cases
Also available
Flowmax Dynamics
Transient & surge simulation
Extend your steady-state model into transient analysis — water hammer, pump trips, valve events, and surge protection.
Explore Dynamics →Ready to model your network?
Request a free trial and start calculating with Flowmax Steady-State.