UNS: Difference between revisions
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user defined water level<br /> | user defined water level<br /> | ||
user defined current velocity<br /> | user defined current velocity<br /> | ||
periodic continuation | periodic continuation | ||
|shortdescription= | |shortdescription= | ||
Program UNS is used to apply the numerical simulation package [[Mathematical Model SEDIMORPH|SEDIMORPH]] using | Program UNS is used to apply the numerical simulation package [[Mathematical Model SEDIMORPH|SEDIMORPH]] using | ||
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for water level an current velocity. This postprocessor supports (sensitivity) studies with SediMorph related to bed load transport of sediments as well as resulting morphological evolution independent of a directly coupled hydrodynamic numerical model, e.g. [[UNTRIM]]. | for water level an current velocity. This postprocessor supports (sensitivity) studies with SediMorph related to bed load transport of sediments as well as resulting morphological evolution independent of a directly coupled hydrodynamic numerical model, e.g. [[UNTRIM]]. | ||
|inputfiles= | |inputfiles= | ||
# '''steering data''' | # '''steering data'''<br />file of type [[UNS.DAT|uns.dat]].<br />The extended description for this file contains comprehensive informations with respect to steering data as well as input data files. | ||
|outputfiles= | |outputfiles= | ||
# '''printer file''' | # '''printer file''' | ||
Revision as of 20:49, 31 May 2010
Basic Information
Name of Program
UNS
Version-Date
1.x / March 2007
Description-Date
March 2007
Catchwords
postprocessor
mathematical model SediMorph
bed load transport
pre-computed water level (hydrodynamic numerical model)
pre-computed current velocity (hydrodynamic numerical model)
user defined water level
user defined current velocity
periodic continuation
Short Description of Functionality
Program UNS is used to apply the numerical simulation package SEDIMORPH using
- pre-computed data from a hydrodynamic numerical model, or using
- simple user defined data
for water level an current velocity. This postprocessor supports (sensitivity) studies with SediMorph related to bed load transport of sediments as well as resulting morphological evolution independent of a directly coupled hydrodynamic numerical model, e.g. UNTRIM.
Input-Files
- steering data
file of type uns.dat.
The extended description for this file contains comprehensive informations with respect to steering data as well as input data files.
Output-Files
- printer file
- uns.sdr.
- (optional) trace file
- uns.trc.
Methodology
Computational results from a hydrodynamic numerical model or more simple user-specified data are read by the program and transferred to the computational package SediMorph. The simulation period can be longer than the period for which input data are available (data read period). This enables the user to repeat a data read period several times which is also called periodic continuation.
Program(s) to run before this Program
DATACONVERT, DIDAMERGE, DIDASPLIT, UNTRIM
Program(s) to run after this Program
ABDF, ARCGIS Datenlader (German version only), DIDAMERGE, DIDARENAME, DIDASPLIT, HVIEW2D, XTRDATA, XTRLQ2, ZEITR
Additional Information
Language
Fortran90
Additional software
-
Original Version
Maintenance
Documentation/Literature
for example input files please refer to $PROGHOME/examples/uns/
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