PIPENET Transient Module is a powerful software tool for rigorous dynamic flow analysis that pinpoints problem areas and potential solutions.
PIPENET Transient Module Screenshots
Applications of PIPENET Transient Module
- Pressure surge, water hammer, steam hammer analysis
- Calculating discharge time of firewater systems
- Hydraulic transient forces for pipe stress analysis, force-time history
- Water injection systems – dynamic flow analysis
- Transient analysis of subsea & cross country pipelines – hydrocarbons
- Cooling water systems and fire water systems – pressure surge, water hammer and steam hammer analysis
PIPENET Transient Module Features
- Output – graphical, tabular and forces output, snapshot, dynamic movie, min/max tables, pressure envelopes, hydraulic grade lines
- Initial state – steady state, user-defined, run-in time, final steady state
- Cavitation modelling – simple cavitation, cavity separation with elevation effect
- Time step – fixed/variable, software/user-defined
- Force-time history neutral file output for reading by pipe stress analysis and finite element programs
- PIPENET Transient professionally performs dynamic analysis with ease and accuracy.
PIPENET Transient Module is the perfect tool for modelling networks
- Pipes – rigorous and short, mile post data
- Valves – operating, surge relief, control, non-return, swing check, regulating, bursting disk, inertial check
- Pumps – simple and turbo
- Tanks – simple, accumulator, surge, receiving vessel
- Vacuum breakers – with or without hysteresis
- Control systems – pressure, flow, differential pressure sensors, PID control, transfer functions, switches
- Caissons – partially filled pipes
- Specifications – extensive range of boundary conditions
- Hydraulic transient forces – dynamic/total, unbalanced/complex forces
PIPENET Transient Module is used all around the globe for rapid and reliable dynamic flow analysis of complex and simple networks.
Some of the unique features of the Transient Module are hydraulic transient forces, sophisticated control systems, priming and discharge time calculation
