Search This site The web

   


 

 

 

 

 

 

Up ] Design Pipes ] Design Channels ] Design Detention Pond ] [ Design Routing ] Design Exfiltration Trench ] Design Diversion Device ] Design Culvert ] Design Cascade ]

Design Routing

 

Once a drainage conduit has been designed - either a pipe or channel - you can route the Inflow hydrograph through a reach of specified length to obtain the Outflow hydrograph at the downstream end.

For each conduit design MIDUSS adjusts the time step and reach length to acceptable sub-multiples in order to ensure numerical stability in the routing process.  You are advised of these changes but need not take any action.

The result of the routing operation is displayed in both graphical and tabular form. 

When an outflow hydrograph has been created by some routing operation you may choose from two possible courses of action. Either the outflow can be copied to the inflow array in order to continue to the next downstream link, or the outflow may be stored at a junction node to be combined with other flows at a confluence point.

 

 

 

 

 

 


 

 

 

 

 

 

 

 

 

 

 

 

 


(c) Copyright 1984-2023 Alan A. Smith Inc.
Terms and Conditions       Privacy Policy


Design makes
the difference
Latest Update:
v2.25 Rev473
On-line videos

There are videos available to help you use MIDUSS.  Click here.

Quick Story

How about a quick MIDUSS review in 180 seconds or less? We know your time is valuable. Click here for the fast story.

College or University faculty?

Please see our academic page for our low price offer.  Click here.

Theory anyone?

If you are interested in the hydrological or hydraulic theory built into MIDUSS click here.

Malaysia
You have a custom version of MIDUSS distributed through Winz Connections.
Find out more information about the custom Malaysia storms.  Click here.
 

 

 

 

 

 

 

 

 

 Up ] Design Pipes ] Design Channels ] Design Detention Pond ] [ Design Routing ] Design Exfiltration Trench ] Design Diversion Device ] Design Culvert ] Design Cascade ]