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Current search limits: Clear format limits. Solve the full unsteady flow equations in pipes, channels and overflow routes. Hydraulics Solve the full unsteady flow equations, which is useful for analysing complex surface flooding situations where storage or backwater effects occur in overflow routes, or when splitting surface flows in multiple directions.
Request a Quote. View PC Specs. Licensing Options. Demo The demo version of DRAINS available to download here is fully functional software , except that it is limited to a maximum of five pipes or channels, one irregular channel and limited to viewing existing detention basin data only.
Other suitable uses for the Lite version may include modelling a simple detention basin with a single low-level outlet. Weir and orifice links are not available and only a single overland flow route can be modelled leaving a pit. Solving the full unsteady flow equations is useful for analysing complex surface flooding situations where storage or backwater effects occur in overflow routes, or when splitting surface flows in multiple directions via multiple outgoing overflow routes.
Pumps, weirs and orifices can be modelled as separate objects allowing for complex arrangements e. It also includes a flood mapping capability.
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