SMS:ADH SMS 13.2 and Earlier: Difference between revisions

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* [[SMS:ADH Hot Start Initial Conditions | Hot Start Initial Conditions]]
* [[SMS:ADH Hot Start Initial Conditions | Hot Start Initial Conditions]]
* [[SMS:ADH Time Series|Time Series Data]]
* [[SMS:ADH Time Series|Time Series Data]]
* Model Check
* [[SMS:Model Checker|Model Check]]
* [[SMS:ADH Model Control | Model Control]]
* [[SMS:ADH Model Control | Model Control]]
* [[SMS:Sediment Library Control|Sediment Library Control]]
* [[SMS:Sediment Library Control|Sediment Library Control]]

Revision as of 15:42, 5 May 2015

"ADH is a state-of-the-art ADaptive Hydraulics Modeling system developed by the Coastal and Hydraulics Laboratory (CHL), ERDC, USACE, and is capable of handling both saturated and unsaturated groundwater, overland flow, three-dimensional Navier-Stokes flow, and two- or three-dimensional shallow water problems." [1]

Information about the ADH model can be found at the ADaptive Hydraulics Modeling HomePage.

Graphical Interface

Dialogs

SMS provides the capability to view and edit model parameters via dialog boxes specific to the ADH interface. The following are descriptions of important windows accessible from the ADH menu and right-click menus.

ADH Menu

Files

An ADH simulation is defined using three main files: mesh geometry (*.3dm), boundary conditions (*.bc), and hot start conditions (*.hot). ADH expects a 3-dimensional mesh geometry since it can solve 3D models, but SMS will only interface the 2D capabilities and will therefore only read and write 2D entities in the *.3dm file. A generic SMS mesh geometry file (*.2dm) can be used by ADH if the extension is changed to *.3dm. To facilitate handling the ADH files, SMS creates a simulation file (*.sim) which lists the individual files. Opening the *.sim will load the ADH files in SMS.

Each file is a card based text file that can be viewed and edited by a text editor (i.e. Notepad).

Functionality

Using the Model / Practical Notes

ADH String Structures

ADH uses string structures to assign properties to entities. The following table describes the relation between the string structures and SMS structures.

ADH to SMS (Reading)
ADH String Structure SMS Structure
NDS with DB card and only 1 node ID Node with boundary condition (BC)
and 2 or more node IDs Nodestring with BC
EGS with NB card (and possibly FLX card) Nodestring with BC (and flux output)
MDS with FLX card Nodestring with flux output
MTS with MP cards Material with properties


SMS to ADH (Writing)
SMS Structure ADH String Structure
Node with BC (Dirichlet) NDS (only 1 node ID) with DB card
Nodestring with Natural BC with flux output EGS with NB and FLX cards
EGS with NB card
with Dirichlet BC with flux output NDS (2 or more node IDs) with DB card, and MDS with FLX card
NDS (2 or more node IDs) with DB card
with flux output MDS with FLX card
Material with properties MTS with MP cards

Case Studies / Sample Problems

The following ADH simulation files have been provided by CHL to test ADH and the SMS interface capabilities. Additional test cases will be posted here as the interface can successfully read, write, and run the ADH model from within SMS.

SMS 10.1 Development version using ADH rev #3669 dated August 2007:

  • Bayou_Sorrel - Uses the NB OVL and NB OTW boundary condition cards. Includes two materials on a complex mesh.
  • Pool5 - Uses the NB OVL and NB OTW boundary condition cards. Includes two inflows with one outflow and four materials on a complex mesh.
  • nb dis - Tests the NB DIS boundary card on a straight flume.
  • op bt - Tests the OP BT card which includes the vessel movement library. This test case contains a boat definition file (*.bt).
  • db lde - Tests the DB LDE pressure lid card on a straight flume.
  • db ldh - Tests the DB LDH pressure lid card on a straight flume.
  • db lid - Tests the DB LID pressure lid card on a straight flume.

Related Topics