St. Anthony Falls Laboratory
Engineering, Environmental and Geophysical Fluid Dynamics
 
 Department of Civil Engineering  Institute of Technology
About Us Research Publications & Software Facilities Personnel

Software for River Mechanics and Submarine Gravity Flows
Acronym5 (Cui and Parker)
Acronym6 (Parker, Paola, Whipple and Mohrig)
Acronym7 (Parker, Imran and Pirmez)
BING (Imran, Harff and Parker)
PKUNZIP.EXE is also included here in case you don't have it in your computer.

Acronym5 (315k) (Cui and Parker)
The file Acronym5.zip contains files for the calculation of gravel-sand transitions in rivers.

Download the file into a new directory and unzip it with PKUNZIP.EXE. Remember that GST.EXE is the executable of 32-bit windows version and GST_PAS.EXE is only an auxiliary.  It is suggested that the 32-bit windows version be used for the general numerical solution if you have Windows 95 or Windows NT installed (It does not run in 16-bit windows environment such as Windows 3.1).

Acronym5.zip A compressed set of files.  Please see the read me before downloading.


Acronym6 (27k) (Parker, Paola, Whipple and Mohrig)
PKUNZIP.EXE is also included here in case you don't have it in your computer.

The Excel 5.0 spreadsheet Acronym6.xls is here available for downloading.  The spreadsheet is an implementation of a theory for the equilibrium alluvial fan morphology created by a balance between sediment deposition and subsidence.  The theory is presented in the following paper.

Parker, G., Paola, C., Whipple, K. X. and Mohrig, D.  1998  Alluvial fans formed by channelized fluvial and sheet flow.  Journal of Hydraulic Engineering, ASCE, 124(10).

Acronym6.zip A compressed file.


Acronym7 (Parker, Imran and Pirmez)
A continuation of the Acronym series.

"Acronym7.xls" is an Excel spreadsheet program for computing the equilibrium long profiles of leveed channels on submarine fans.  It can be read from either Excel98 or Excel97.  It is a companion to a manuscript presently under preparation for submission to the Journal of Sedimentary Research.

Click on the above "Acronym7" to download.

BING (Harff and Parker)
New and Improved!!!

New BING v1.3 offers a more stable calculation scheme, auto timestep calculation and user defined ambient fluid density!  It ain't just for subaqueous debris flows anymore!  Check it out!

Bing1_3.zip A compressed file (750kb)


Acronym5 Readme Document
The file Acronym5.zip contains files for the calculation of gravel-sand transitions in rivers.  PKUNZIP.EXE is also included here in case you don't have it in your computer.

The unziped file list:
 1.  Readme.1st  This file.
 2.  Acrbaby5.xls       Simplified analytical solution
 3.  Acronym5.pas General numerical solution, DOS version
 4.  Acronym5.exe General numerical solution, DOS version
 5.  GST.EXE  General numerical solution, 32-bit windows version
 6.  GST_PAS.EXE General numerical solution, 32-bit windows version
 7.  Excel.gst  General numerical solution, 32-bit windows version
 8.  ForPlot.gst General numerical solution, 32-bit windows version
 9.  IniGuess.gst General numerical solution, 32-bit windows version
10. Message.gst General numerical solution, 32-bit windows version
11. Setup.gst  General numerical solution, 32-bit windows version
12. Input.txt  General numerical solution, both versions
13. Results.txt General numerical solution, both versions
14. Acronym5.doc External Memorandum of St. Anthony Falls Laboratory for the DOS version of
      this package. (MS-WORD 6.0)

1. Simplified analytical solution
The simplified analytical solution is in the MS-Excel file "Acrbaby5.xls".  Instructions as how to use the file are given when you open it.

2. General numerical solution, DOS version (version 1.0)
The DOS version is written in PASCAL language.  The source code is in file "ACRONYM5.PAS" and the executable program is in file "ACRONYM5.EXE". A sample input data file is given in file "INPUT.TXT".  Instructions on how to use the program are given when you execute the program by typing "ACRONYM5.EXE" at the DOS prompt.

3. General numerical solution, 32-bit windows version (version 2.0)
The 32-bit Windows version is a modification of the DOS version set up in a user friendly environment written in MS-Visual C++ 5.0.  All the files except ".XLS" and "ACRONYM5.*" belong to this version.  The input data file is "INPUT.TXT", the same as DOS version.  To execute the program, choose "START" in Windows 95 (NT), then "RUN", then "Browser", and then find the directory and file GST.EXE to execute the program. You can also create a shortcut (icon) on your screen for repeated use of the program.  You will find a varity of instructions and help when you execute the program.

Download the file into a new directory and unzip it with PKUNZIP.EXE. Remember that GST.EXE is the executable of 32-bit windows version and GST_PAS.EXE is only an auxiliary.  It is suggested that the 32-bit windows version be used for the general numerical solution if you have Windows 95 or Windows NT installed (It does not run in 16-bit windows environment such as Windows 3.1).



St. Anthony Falls Laboratory
2  3rd Ave. SE,
Minneapolis, MN 55414
Tel: 612-624-4363, Fax: 612-624-4398
The University of Minnesota is an equal opportunity educator and employer. This page Copyright © 2002 University of Minnesota, All Rights Reserved