These MIDUSS lessons are the
implementation of the example tutorials found in:
|
Download EXE copies. The EXE
version is ready to use or just click to watch. Store in your
\ Program Files \ MIDUSS \ Tutorials folder |
Lesson 1 - First Steps: Getting started with MIDUSS.
Setting units, output file and time step parameters.
5 min 43 sec |
EXE 11.3 MB |
Lesson 2 - Defining a storm: Defining parameters for a
Chicago storm. Setting a storm descriptor. Viewing the output
file.
8 min 20 sec |
EXE 11.3 MB |
Lesson 2A - Defining a
Malaysia storm: How to setup custom storms for specific
regions of Malaysia.
4 min 15 sec |
EXE 6.7 MB |
Lesson 3 - The first catchment:
Describing a catchment to generate the runoff hydrograph.
Selecting and defining a rainfall loss model. Viewing the
effective rainfall hyetographs and the runoff hydrograph and its
components. Adding the runoff to the current inflow.
10 min 27 sec |
EXE 13.9 MB |
Lesson 4 - Channel design: Designing a
channel to convey the current peak inflow. Using a simple
trapezoidal cross-section.
7 min 21 sec |
EXE 9.8 MB |
Lesson 5 - Designing a pipe: Designing a
pipe to carry the current peak inflow. selecting or changing
the design parameters.
12 min 10 sec |
EXE 15.3 MB |
Lesson 6 - Adding catchment area 1:
Routing the inflow through the currently design conduit.
Displaying the inflow and outflow hydrographs. Defining the
inflow for the next link. Defining the second catchment and
adding the runoff.
5 min 19 sec |
EXE 7.0 MB |
Lesson 7 - Designing the pond: Designing a
simple pond to achieve a desired target outflow. Defining the
storage geometry. Defining an orifice and a weir for the
outflow control. Viewing and modifying the design to save land
area.
12 min 3 sec |
EXE 14.6 MB |
Lesson 8 - The final pipe: Designing a
pipe to carry the outflow from the pond. Routing the flow
through the pipe.
9 min 17 sec |
EXE 11.0 MB |
Lesson 9 - Creating and input database:
Preparing for a second run in Automatic mode in order to test
the designed system under a more severe storm. Selecting the
Input file and creating the database Miduss.Mdb. Viewing and
editing the database.
6 min 17 sec |
EXE 8.8 MB |
Lesson 10 - Changing the storm: Running in
automatic mode. The Automatic control panel. Substituting a
different storm. Entering data for a historic storm. Viewing
the rainfall hyetograph.
5 min 44 sec |
EXE 7.5 MB |
Lesson 11 - Separating the major system flow:
Continuing the run in automatic mode. Generating
the runoff and inflow hydrographs. Dealing with a surcharged
pipe. Separating the flow captured by the pipe from the excess
flow on the street by means of the Diversion command.
9 min 44 sec |
EXE 13.0 MB |
Lesson 12 - Modifying the pond: Changing
the storage characteristics. Adding a bench to the pond
geometry. Adjusting the outflow control device. Routing the
increased hydrograph through a modified pond. Adjusting the
design to achieve the desired target outflow.
3 min 34 sec |
EXE 4.9 MB |
Lesson 13 - Finishing the Automatic run:
Adding the remaining steps in Automatic mode. Generating the
flow hydrographs on the major drainage system.
4 min 7 sec |
EXE 5.6 MB |
Lesson 14 - Checking the road capacity:
Continuing the design in Manual mode. Checking the
cross-section of the road for flow capacity. Routing the
surface flow hydrograph over a reach of road. Finalising the
design for the historic storm.
11 min 1 sec |
EXE 13.5 MB |
Lesson 15 - Trench design:
How to design an infiltration trench using
MIDUSS.
12 min 34 sec |
EXE 12.5 MB |
Lesson 16 - Using the Edit Storm
feature to create your own mass rainfall distribution curves.
9m 40s |
EXE 11.3 MB |
Lesson 17 - Using IDF Curve Fit
8m 35s |
EXE 10.1 MB |
Lesson 18 - The Layout feature
20m 10s |
EXE 26.4 MB |
Lesson 19 - Using Cascade Design
11m 05s |
EXE 13.2 MB |
Lesson 21 - Using Culvert Design
8m 18s |
EXE 9.0 MB |
Lesson 22 - Using the
Swinburne tool
(Malaysia users only)
8m 26s |
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Lesson 23 - Design of Seepage Ponds
13m 51s |
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Lesson 24 - Retrofit an existing pond using Vortex valves
17m 55s |
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Lesson 25 - Using Vortex valves
19m 11s |
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