GMS:TVM Package: Difference between revisions

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==DDFTR==
==DDFTR==
*''ITVMDDFTR'' – The cell number for which DDFTR will be changed.
*''DDFTRNEW'' – The value of DDFTR that should be assigned to the cell at this stress period boundary.


==POR==
==POR==

Revision as of 21:46, 11 March 2020

Example of the TVM Package dialog.

The Time-Variant Materials package (TVM) works with MODLOW-USG Transport. The TVM package allows hydraulic conductivity and storage values to be changed as a step function between stress periods or in a continuous manner through a transient simulation.

The TVM Package dialog is divided into two parts: one on the left which shows the main sections, and one on the right which shows the inputs for the current section.

Comments

Comment lines can be added and will appear at the top of the BCT file. Use the Add Row Insert Row Icon.svg button to create comments. Comments can be removed using the Delete Row Delete Row Icon.svg button.

Variables

  • ITVMPRINT
  • TVMLOGBASEHK
  • TVMLOBASEVKA
  • TVMLOGBASESS
  • TVMLOGBASESY
  • TVMDDFT
  • TVMLOGBASEPOR

Sizes

  • NTVMHK
  • NTVMVKA
  • NTVMSS
  • NTVMSY
  • NTVMDDFTR
  • NTVMPOR

HK

  • ITVMHK – The cell number for which horizontal hydraulic conductivity (HK) will be changed.
  • HKNEW – The value of horizontal hydraulic conductivity (HK) that should be assigned to the cell at this stress period boundary.

VKA

  • ITVMVKA – The cell number for which vertical hydraulic conductivity (VKA) will be changed.
  • VKANEW – The value of vertical hydraulic conductivity (VKA) that should be assigned to the cell at this stress period boundary.

SS

  • ITVMSS – The cell number for which Ss will be changed.
  • SSNEW – The value of Ss that should be assigned to the cell at this stress period boundary.

SY

  • ITVMS – The cell number for which Sy will be changed.
  • SYNEW – The value of Sy that should be assigned to the cell at this stress period boundary.

DDFTR

  • ITVMDDFTR – The cell number for which DDFTR will be changed.
  • DDFTRNEW – The value of DDFTR that should be assigned to the cell at this stress period boundary.

POR

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