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{{Water Module buttons}}
__NOTOC__
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This page provides an overview and explanation about the Testbed water module project, available for all users.
This page provides an overview and explanation about the Demo Water project, available for all users.


===About the project===
===About the project===
The project Testbed water module is available for all users and can be found in the main menu under Edit projects. This project does not count for your license.  
The project ''Demo Water'' project is available for all users and can be found in the main menu under Edit projects. This project does not count for your license.  
In the testbed project, several components of the [[Water Module]] are visible. It can serve as a working demo to further explore the details of the available components, the models and formula's behind them and to configurable parameters of these components.
In this project, several components of the [[Water Module]] are visible. It can serve as a working demo to further explore the details of the available components, the used models and formulas and the configurable parameters.


====Contents====
====Contents====
The testbed demonstrates the following components of the [[Water_Module|Water Module]]:  
The ''Demo Water''project demonstrates the following components of the [[Water_Module|Water Module]]:  
#[[#1. Flooding related components|Flooding related components]]
#[[#1. Flooding related components|Flooding related components]]
#[[#2. Rainfall related componens|Rainfall related components]]
#[[#2. Rainfall related components|Rainfall related components]]
#[[#3. Hydraulic structures|Hydraulic structures]]
#[[#3. Hydraulic structures|Hydraulic structures]]
#[[#4. Groundwater|Groundwater related components]]
#[[#4. Groundwater related components|Groundwater related components]]


===1. Flooding related components===
===1. Flooding related components===
[[File:Flooding_testbed.JPG|thumb|right|300px|Flooding, breaches and inundation]]
[[File:Flooding_testbed.JPG|thumb|right|300px|Flooding, breaches and inundation]]
For the testbed, see the quadrant named: ''Flooding, breaches and inundation''. This quadrant demonstrates a flooding, due to breaches in the levees and the flow of several substances in the accumulated amount of water.
This specific testbed can be found in the upper right quadrant named: ''Flooding, breaches and inundation''. This quadrant demonstrates a flooding caused by breaches in the levees and the consequential flow of several tracers in the accumulated amount of water. Two types of breaches are visualized: a breach with an [[External_area_(Water_Overlay)|external water area]] and a breach with an [[Breach_input_area_(Water_Overlay)|internal area]].  


Analyse the quadrant:
Analyse the quadrant:
# Click on the arrows in the quadrant to get familiar with the boundary conditions in the model.  
# Click on the arrows in the quadrant to get familiar with the boundary conditions in the model.  
# Go to the Flooding Overlay (named ''1. Flooding'') in the Overlay bar. Play the flooding overlay. This overlay shows the [[Surface_last_value_result_type_(Water_Overlay)|Surface last value]] result type.
# Go to the Flooding Overlay (named ''1. Flooding'') in the Overlay bar. Play the flooding overlay. This overlay shows the [[Surface_last_value_result_type_(Water_Overlay)|Surface last value]] result type.
# Go to the [[Surface_direction_result_type_(Water_Overlay)|Direction]] result type and notice how the water surrounds the construction in the middle of the quadrant.  
# Go to the [[Surface_last_direction_result_type_(Water_Overlay)|Direction]] result type and notice how the water surrounds the construction in the middle of the quadrant.  
# Take a look at the [[Substance_ABCD_(Water_Overlay)|Substance A, Substance B and Substance C]] Overlays and notice how these substances are distributed in the water.  
# Take a look at the [[Tracer_ABCD_(Water_Overlay)|Substance A, Substance B and Substance C]] Overlays and notice how these tracers are distributed in the water.
# Open the flooding wizard and take a look at the settings for the flood event, breach areas, inundation areas and output overlays.
# Go to the attributes tab of the Flooding Overlay and notice the value for the [[Design_flood_elevation_m_model_attribute_(Water_Overlay)|Design flood elevation]].  
# Open the flooding configuration wizard and take a look at the settings for the flood event, breach areas, inundation areas and output overlays.


More information on each component:
More information on each component:
Line 28: Line 31:
*[[Breach_(Water_Overlay)| Breach]]
*[[Breach_(Water_Overlay)| Breach]]
*[[Inundation_area_(Water_Overlay)|Inundated area]]
*[[Inundation_area_(Water_Overlay)|Inundated area]]
*[[Substance_ABCD_(Water_Overlay)|Substance Overlays]]
*[[Tracer_ABCD_(Water_Overlay)|Tracer Overlays]]
*[[Substance_flow_model_(Water_Overlay)|Substance flow model]]
*[[Tracer_flow_model_(Water_Overlay)|Tracer flow model]]
<br>


===2. Rainfall related componens===
===2. Rainfall related components===
[[File:Rainfall_testbed.JPG|thumb|right|300px|Rain and sewer system]]
[[File:Rainfall_testbed.JPG|thumb|right|300px|Rain and sewer system]]
For the testbed, see the quadrant named: ''Rain and sewer system''. This quadrant demonstrates flooding due to rainfall and the workings of the sewer system.
For the test-bed, see the quadrant named: ''Rain and sewer system''. This quadrant demonstrates flooding due to rainfall and the workings of the sewer system.


Analyse the quadrant:
Analyze the quadrant:
# Click on the arrows in the quadrant to get familiar with the boundary conditions in the model.  
# Click on the arrows in the quadrant to get familiar with the boundary conditions in the model.  
# Go to the [[Base_types_result_type_(Water_Overlay)|Base types]] result type (in the overlay ''2. Rainfall flooding'') and notice that the buildings and roads are connected to the sewer.
# Go to the [[Base_types_result_type_(Water_Overlay)|Base types]] result type (in the overlay ''2. Rainfall flooding'') and notice that the buildings and roads are connected to the sewer.
# Inspect the different functions in the quadrant.   
# Inspect the different functions in the quadrant.   
# Go to the Rainfall Flooding in the Overlay bar. Play the Rainfall flooding overlay and notice where rain puddles occur. This overlay shows the [[Surface_last_value_result_type_(Water_Overlay)|surface last value]] result type.
# Go to the Rainfall Flooding in the Overlay bar. Play the Rainfall flooding overlay and notice where rain puddles occur. This overlay shows the [[Surface_last_value_result_type_(Water_Overlay)|surface last value]] result type.
# Open the Rainfall wizard and take a look at the settings for the rain event, sewer areas, sewer overflow and output overlays.
# Open the Rainfall configuration wizard and take a look at the settings for the rain event, sewer areas, sewer overflow and output overlays.


More information on each component:
More information on each component:
Line 49: Line 53:
#[[Infiltration_model_(Water_Overlay)|Infiltration]]
#[[Infiltration_model_(Water_Overlay)|Infiltration]]
#[[Storage_model_(Water_Overlay)|Water storage]] (for example: the parking space with a crate based system)
#[[Storage_model_(Water_Overlay)|Water storage]] (for example: the parking space with a crate based system)
<br>


===3. Hydraulic structures===
===3. Hydraulic structures===
[[File:Constructions_testbed.JPG|thumb|right|300px|Pump, culverts and weir]]
[[File:Constructions_testbed.JPG|thumb|right|300px|Hydraulic Structures]]
For the testbed, see the quadrant named: ''Pump, culverts and weir''. This quadrant demonstrates how several hydraulic structures work.  
For the testbed, see the quadrant named: ''Hydraulic Structures''. This quadrant demonstrates how several hydraulic structures work.  


Analyse the quadrant:
Analyze the quadrant:
# Click on the arrows in the quadrant to get familiar with which different structures are in the model and their functions.  
# Click on the arrows in the quadrant to get familiar with which different structures are in the model and their functions.  
# Inspect the different [[Area|areas]] to see the water level in the Areas menu. The areas are in the CIRCULATING_WATER group. The water level is defined as the sloot_area attribute.   
# Inspect the different [[Area|areas]] to see the water level in the Areas menu. The areas are in the CIRCULATING_WATER group. The water level is defined as the sloot_area attribute.   
# Go to the Hydraulic structures overlay in the Overlay bar (named: ''3. Hydraulic structures surface last value''). Play the [[Substance_ABCD_(Water_Overlay)|Substance result type]] and notice how the water flows.  
# Go to the Hydraulic structures overlay in the Overlay bar (named: ''3. Hydraulic structures surface last value''). Play the [[Tracer_ABCD_(Water_Overlay)|Substance flow]] and notice how the water flows.  
# Open the wizard and take a look at the settings for the weir, culverts and pump.
# Open the wizard and take a look at the settings for the weirs, culverts, pump and inlets.


More information on each component:
More information on each component:
#[[Weir_(Water_Overlay)|Weir]]
#[[Weir (Water Overlay)]]
#[[Culvert_(Water_Overlay)|Culvert]]
#[[Culvert (Water Overlay)]]
#[[Pump_(Water_Overlay)|Pump]]
#[[Pump (Water Overlay)]]
#[[Inlet (Water Overlay)]], which can also server as an Outlet.


===4. Groundwater===
===4. Groundwater related components===
[[File:Testbed_groundwater.JPG|thumb|right|300px|Groundwater]]
[[File:Testbed_groundwater.JPG|thumb|right|300px|Groundwater]]
For the testbed, see the quadrant named: ''Groundwater''. This quadrant demonstrates Groundwater flows and evaporation.  
For the testbed, see the quadrant named: ''Groundwater''. This quadrant demonstrates Groundwater flows and evaporation.  
Line 72: Line 78:
# Click on the arrows in the quadrant to get familiar with the boundary conditions in the model.  
# Click on the arrows in the quadrant to get familiar with the boundary conditions in the model.  
# Check the Heightmap Overlay (named: ''Heightmap'') and the Subsurface overlay (in the Overlay group ''4. Groundwater table (m)'').
# Check the Heightmap Overlay (named: ''Heightmap'') and the Subsurface overlay (in the Overlay group ''4. Groundwater table (m)'').
# Inspect the ''depth of plant roots (m)'' attribute for the Nature functions in the [[Functions_Vales_table| functions values table] to see how the root depth differs for the Pine trees and the Deciduous bush.
# Inspect the ''depth of plant roots (m)'' attribute for the Nature functions in the [[Functions#Function_values| functions values table]] to see how the root depth differs for the Pine trees and the Deciduous bush.
# Play the [[Ground_watertable_result_type_(Water_Overlay)|Groundwater table (m)]] overlay and see how the groundwater during the simulation time changes. Also inspect the [[Evaporated_result_type_(Water_Overlay)|Evaporation]], [[Ground_last_value_result_type_(Water_Overlay)|groundwater last value]] and the [[Surface_last_value_result_type_(Water_Overlay)|Surface last value]] Overlays.
# Play the [[Ground_watertable_result_type_(Water_Overlay)|Groundwater table (m)]] overlay and see how the groundwater during the simulation time changes. Also inspect the [[Evaporated_result_type_(Water_Overlay)|Evaporation]], [[Ground_last_value_result_type_(Water_Overlay)|groundwater last value]] and the [[Surface_last_value_result_type_(Water_Overlay)|Surface last value]] Overlays.
# Open the Groundwater wizard and take a look at the settings for the weather, inundation areas, functions and output overlays.  
# Open the Groundwater wizard and take a look at the settings for the weather, inundation areas, functions and output overlays.  


For more information:
More information on each component:
#[[Rain_model_(Water_Overlay)|Rain variation over time]]
#[[Groundwater (Overlay)|Groundwater Overlay]]
#[[Evaporation_model_(Water_Overlay)|Evaporation variation over time]]
#[[Ground model (Water Overlay)|Ground water flow]]
#[[Evaporation_model_(Water_Overlay)|Underground evaporation and vegetation root depths]]
#[[Infiltration model (Water Overlay)|Ground infiltration]]
#[[Infiltration_model_(Water_Overlay)|Underground infiltration]]
#[[Evaporation model (Water Overlay)|Evaporation variation over time]]
#[[Groundwater_model_(Water_Overlay)|Ground water flow]]
#[[Evaporation model (Water Overlay)|Ground evaporation and vegetation root depths]]
#[[Surface_model_(Water_Overlay)|Rainfall runoff]]
 
{{article end
|seealso=
* [[List of Demo Projects]]
}}
[[Category:Demo projects]]

Latest revision as of 15:52, 26 January 2024

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Water Module
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Getting started button.png
Tutorials
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Overview button.png
Overview
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Theory button.png
Theory
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Benchmarks


This page provides an overview and explanation about the Demo Water project, available for all users.

About the project

The project Demo Water project is available for all users and can be found in the main menu under Edit projects. This project does not count for your license. In this project, several components of the Water Module are visible. It can serve as a working demo to further explore the details of the available components, the used models and formulas and the configurable parameters.

Contents

The Demo Waterproject demonstrates the following components of the Water Module:

  1. Flooding related components
  2. Rainfall related components
  3. Hydraulic structures
  4. Groundwater related components

1. Flooding related components

Flooding, breaches and inundation

This specific testbed can be found in the upper right quadrant named: Flooding, breaches and inundation. This quadrant demonstrates a flooding caused by breaches in the levees and the consequential flow of several tracers in the accumulated amount of water. Two types of breaches are visualized: a breach with an external water area and a breach with an internal area.

Analyse the quadrant:

  1. Click on the arrows in the quadrant to get familiar with the boundary conditions in the model.
  2. Go to the Flooding Overlay (named 1. Flooding) in the Overlay bar. Play the flooding overlay. This overlay shows the Surface last value result type.
  3. Go to the Direction result type and notice how the water surrounds the construction in the middle of the quadrant.
  4. Take a look at the Substance A, Substance B and Substance C Overlays and notice how these tracers are distributed in the water.
  5. Go to the attributes tab of the Flooding Overlay and notice the value for the Design flood elevation.
  6. Open the flooding configuration wizard and take a look at the settings for the flood event, breach areas, inundation areas and output overlays.

More information on each component:


2. Rainfall related components

Rain and sewer system

For the test-bed, see the quadrant named: Rain and sewer system. This quadrant demonstrates flooding due to rainfall and the workings of the sewer system.

Analyze the quadrant:

  1. Click on the arrows in the quadrant to get familiar with the boundary conditions in the model.
  2. Go to the Base types result type (in the overlay 2. Rainfall flooding) and notice that the buildings and roads are connected to the sewer.
  3. Inspect the different functions in the quadrant.
  4. Go to the Rainfall Flooding in the Overlay bar. Play the Rainfall flooding overlay and notice where rain puddles occur. This overlay shows the surface last value result type.
  5. Open the Rainfall configuration wizard and take a look at the settings for the rain event, sewer areas, sewer overflow and output overlays.

More information on each component:

  1. Rainfall overlay
  2. Rain (Weather)
  3. Sewer infiltration
  4. Sewer overflow
  5. Infiltration
  6. Water storage (for example: the parking space with a crate based system)


3. Hydraulic structures

Hydraulic Structures

For the testbed, see the quadrant named: Hydraulic Structures. This quadrant demonstrates how several hydraulic structures work.

Analyze the quadrant:

  1. Click on the arrows in the quadrant to get familiar with which different structures are in the model and their functions.
  2. Inspect the different areas to see the water level in the Areas menu. The areas are in the CIRCULATING_WATER group. The water level is defined as the sloot_area attribute.
  3. Go to the Hydraulic structures overlay in the Overlay bar (named: 3. Hydraulic structures surface last value). Play the Substance flow and notice how the water flows.
  4. Open the wizard and take a look at the settings for the weirs, culverts, pump and inlets.

More information on each component:

  1. Weir (Water Overlay)
  2. Culvert (Water Overlay)
  3. Pump (Water Overlay)
  4. Inlet (Water Overlay), which can also server as an Outlet.

4. Groundwater related components

Groundwater

For the testbed, see the quadrant named: Groundwater. This quadrant demonstrates Groundwater flows and evaporation.

Analyse the quadrant:

  1. Click on the arrows in the quadrant to get familiar with the boundary conditions in the model.
  2. Check the Heightmap Overlay (named: Heightmap) and the Subsurface overlay (in the Overlay group 4. Groundwater table (m)).
  3. Inspect the depth of plant roots (m) attribute for the Nature functions in the functions values table to see how the root depth differs for the Pine trees and the Deciduous bush.
  4. Play the Groundwater table (m) overlay and see how the groundwater during the simulation time changes. Also inspect the Evaporation, groundwater last value and the Surface last value Overlays.
  5. Open the Groundwater wizard and take a look at the settings for the weather, inundation areas, functions and output overlays.

More information on each component:

  1. Groundwater Overlay
  2. Ground water flow
  3. Ground infiltration
  4. Evaporation variation over time
  5. Ground evaporation and vegetation root depths

See also

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