SMS:BOUSS-2D Calculators: Difference between revisions

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[[Image:BOUSS 2D Calc Wave.png|thumb|300 px|''BOUSS-2D Calculators'' dialog showing the ''Wave Characteristics'' tab]]
== Wave Characteristics Calculator ==
== Wave Characteristics Calculator ==
{{stub}}
This calculator allows setting the following values:
*Input Wave Characteristics
** Period, T
** Depth, h
** Average Wave Height, H
*Calculated Wave Characteristics
** Wavelength, L
** Wave Number, k
** Celerity, C
** Group Velocity, Cg
** Angular Velocity
** Maximum Wave Height
** Steepness


[[Image:BOUSS 2D Calc Wave.jpg|thumb|none|left|300 px|''BOUSS-2D Calculators'' dialog showing the ''Wave Characteristics'' tab]]
== Run-up and Overtopping Calculator ==
 
[[Image:BOUSS 2D Calc Runup.png|thumb|300 px|''BOUSS-2D Calculators'' dialog showing the ''1D Runup and Overtopping'' tab]]
Input Wave Characteristics
To assist in the design of coastal structures, the interface includes a one-dimensional wave run-up and overtopping calculator. This utility runs a 1D simulation with BOUSS-1D based on user specified parameters. To access the ''1D Run-up and Overtopping'' calculator  select the '''Calculators''' menu item in the ''BOUSS2D'' menu to bring up the ''BOUSS-2D Calculators'' dialog. The ''1D Run-up and Overtopping'' calculator is a tab in the ''BOUSS-2D Calculators'' dialog. The ''BOUSS-2D Calculators'' dialog is always in the BOUSS-2D interface.
* Period, T
* Depth, h
* Average Wave Height, H
 
Calculated Wave Characteristics
* Wavelength, L
* Wave Number, k
* Celerity, C
* Group Velocity, Cg
* Angular Velocity
* Maximum Wave Height
* Steepness


== Run-up and Overtopping Calculator ==
Input to the ''1D Run-up and Overtopping'' calculator is organized into a spreadsheet. The first row of the input parameters spreadsheet is fixed and will contain the column titles given in the table below. The remaining rows contain the input parameters as shown in the dialog. The names and units columns are read-only. The value column is editable.
[[Image:BOUSS 2D Calc Runup.jpg|thumb|300 px|''BOUSS-2D Calculators'' dialog showing the ''1D Runup and Overtopping'' tab]]
To assist the user in the design of coastal structures, the interface includes a one-dimensional wave run-up and overtopping calculator. This utility runs a 1D simulation with BOUSS-1D based on user specified parameters. To access the ''1D Run-up and Overtopping'' calculator  select the '''Calculators''' menu item in the ''BOUSS2D'' menu to bring up the ''BOUSS-2D Calculators'' dialog. The ''1D Run-up and Overtopping'' calculator is a tab in the ''BOUSS-2D Calculators'' dialog. The ''BOUSS-2D Calculators'' dialog is always in the BOUSS-2D interface.


Input to the 1D Run-up and Overtopping calculator is organized into a spreadsheet. The first row of the input parameters spreadsheet is fixed and will contain the column titles given in the table below. The remaining rows contain the input parameters as shown in the dialog. The names and units columns are read-only. The value column is editable.


{| class="wikitable"
{| class="wikitable"
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Wave Height(H)(regular) or Significant Wave Height (Hs) (irregular)
Wave Height(H)(regular) or Significant Wave Height (Hs) (irregular)
|
|
User must specify
Must specify
|
|
(m)
(m)
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Wave Period(T) (regular) or Peak Period (Tp) (irregular
Wave Period(T) (regular) or Peak Period (Tp) (irregular
|
|
User must specify
Must specify
|
|
(sec)
(sec)
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Depth at Toe of Breakwater (ds)
Depth at Toe of Breakwater (ds)
|
|
User must specify
Must specify
|
|
(m)
(m)
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Crest Elevation above Still Water (Zc)
Crest Elevation above Still Water (Zc)
|
|
User must specify
Must specify
|
|
(m)
(m)
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Side Slope (m)
Side Slope (m)
|
|
User must specify
Must specify
|
|
-
-
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Offshore Slope (p)
Offshore Slope (p)
|
|
User must specify
Must specify
|
|
-
-
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Chezy Roughness Coefficient
Chezy Roughness Coefficient
|
|
User must specify
Must specify
|
|
m1/2/sec
m1/2/sec
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# Run-up, R. This value corresponds to Rmax for regular waves and R2% for irregular waves. The units of run-up are in meters
# Run-up, R. This value corresponds to Rmax for regular waves and R2% for irregular waves. The units of run-up are in meters
# Overtopping, Q.  A single overtopping value will be computed.  The units for overtopping are (m3/s)/m.
# Overtopping, Q.  A single overtopping value will be computed.  The units for overtopping are (m3/s)/m.
==External Links==
*Example of the BOUSS-1D Run-Up and Overtopping Calculator May 2005 [https://apps.dtic.mil/sti/pdfs/ADA588517.pdf PDF] (pg.14-16) "BOUSS-2D Wave Model in SMS: Tutorial with Examples"
*Evaluation of BOUSS-1D Jan 2009 [https://apps.dtic.mil/sti/pdfs/ADA494533.pdf PDF] (pg.10-55) "Wave Transformation Over Reefs: Evaluation of One-Dimensional Numerical Models"
==Related Topics==
* [[SMS:BOUSS-2D Graphical Interface|BOUSS-2D Graphical Interface]]




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[[Category:BOUSS-2D|C]]
[[Category:BOUSS-2D|C]]
[[Category:BOUSS-2D Dialogs]]
[[Category:Runup/Overtopping|Calc]]
[[Category:Runup/Overtopping Dialogs|Calc]]
[[Category:External Links]]

Latest revision as of 19:37, 2 May 2023

BOUSS-2D Calculators dialog showing the Wave Characteristics tab

Wave Characteristics Calculator

This calculator allows setting the following values:

  • Input Wave Characteristics
    • Period, T
    • Depth, h
    • Average Wave Height, H
  • Calculated Wave Characteristics
    • Wavelength, L
    • Wave Number, k
    • Celerity, C
    • Group Velocity, Cg
    • Angular Velocity
    • Maximum Wave Height
    • Steepness

Run-up and Overtopping Calculator

BOUSS-2D Calculators dialog showing the 1D Runup and Overtopping tab

To assist in the design of coastal structures, the interface includes a one-dimensional wave run-up and overtopping calculator. This utility runs a 1D simulation with BOUSS-1D based on user specified parameters. To access the 1D Run-up and Overtopping calculator select the Calculators menu item in the BOUSS2D menu to bring up the BOUSS-2D Calculators dialog. The 1D Run-up and Overtopping calculator is a tab in the BOUSS-2D Calculators dialog. The BOUSS-2D Calculators dialog is always in the BOUSS-2D interface.

Input to the 1D Run-up and Overtopping calculator is organized into a spreadsheet. The first row of the input parameters spreadsheet is fixed and will contain the column titles given in the table below. The remaining rows contain the input parameters as shown in the dialog. The names and units columns are read-only. The value column is editable.


Parameter Value Units
Wave Type

Choose between “Regular” and “Irregular”. Titles of the wave height & period change depending on wave type. Default is “Regular”

-

Wave Height(H)(regular) or Significant Wave Height (Hs) (irregular)

Must specify

(m)

Wave Period(T) (regular) or Peak Period (Tp) (irregular

Must specify

(sec)

Depth at Toe of Breakwater (ds)

Must specify

(m)

Crest Elevation above Still Water (Zc)

Must specify

(m)

Side Slope (m)

Must specify

-

Offshore Slope (p)

Must specify

-

Chezy Roughness Coefficient

Must specify

m1/2/sec

Output of the calculator is displayed on the bottom portion of the dialog after the calculate button is clicked. The output is organized into a spreadsheet. When the dialog first comes up, the values in the output parameters spreadsheet are blank. The output parameters calculated are:

  1. Run-up, R. This value corresponds to Rmax for regular waves and R2% for irregular waves. The units of run-up are in meters
  2. Overtopping, Q. A single overtopping value will be computed. The units for overtopping are (m3/s)/m.

External Links

  • Example of the BOUSS-1D Run-Up and Overtopping Calculator May 2005 PDF (pg.14-16) "BOUSS-2D Wave Model in SMS: Tutorial with Examples"
  • Evaluation of BOUSS-1D Jan 2009 PDF (pg.10-55) "Wave Transformation Over Reefs: Evaluation of One-Dimensional Numerical Models"

Related Topics


v • e
SMS – Surface-water Modeling System
Modules:1D Grid  •   Cartesian Grid  •   Curvilinear Grid  •   GIS  •   Map  •   Mesh  •  Particle  •   Quadtree  •  Raster  •   Scatter   •   UGridSMS.png
General Models:3D Structure  •   FVCOM  •   Generic  •   PTM
Coastal Models:ADCIRC   •   BOUSS-2D  •   CGWAVE  •   CMS-Flow   •   CMS-Wave  •   GenCade  •   STWAVE  •   WAM
Riverine/Estuarine Models:AdH   •   HEC-RAS   •   HYDRO AS-2D   •   RMA2   •   RMA4   •   SRH-2D   •   TUFLOW   •   TUFLOW FV
Aquaveo   •   SMS Tutorials   •   SMS Workflows
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