Template:TUFLOW FV Model Properties Workflow: Difference between revisions

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!style="text-align:left;"|1. Define model properties.
!style="text-align:left;"|1. Define TUFLOW FV model run properties.
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:# Use the ''TUFLOW FV'' | '''Global Parameters''' command.
:# Use the [[SMS:TUFLOW_FV#TUFLOW_FV_Menu|''TUFLOW FV'' | '''Global Parameters''']] command.
:# In the ''TUFLOW-FV Global Parameters'' dialog, set parameters under the ''General'', ''Time'', ''HD Parameters'', ''Output'', and ''Advanced Commands'' tabs.  
:# In the ''TUFLOW-FV Global Parameters'' dialog, set parameters under the ''General'', ''Time'', ''HD Parameters'', ''Output'', and ''Advanced Commands'' tabs.  
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:# Use the ''TUFLOW FV'' | '''Material Properties''' command.
:# Use the [[SMS:TUFLOW_FV#TUFLOW_FV_Menu|''TUFLOW FV'' | '''Material Properties''']] command.
:# In the TUFLOW-FV Material Properties dialog, define Manning's ''n'' for each material type.
:# In the ''TUFLOW-FV Material Properties'' dialog, define Manning's ''n'' for each material type.
|}<noinclude>[[Category:SMS Workflow Templates|TUFLOW]]</noinclude>
|}<noinclude>[[Category:TUFLOW FV Workflow Templates|Prop]]</noinclude>

Latest revision as of 15:20, 2 September 2016

1. Define TUFLOW FV model run properties.
  1. Use the TUFLOW FV | Global Parameters command.
  2. In the TUFLOW-FV Global Parameters dialog, set parameters under the General, Time, HD Parameters, Output, and Advanced Commands tabs.
2. Define TUFLOW FV material properties.
  1. Use the TUFLOW FV | Material Properties command.
  2. In the TUFLOW-FV Material Properties dialog, define Manning's n for each material type.