Input file st keyword $TIM_TYPE

Description

The keyword $TIM_TYPE can link source terms with a time-dependent input. The according table with time and value has to be defined in the RFD file. The values of the RFD file are multiplied with the $DIS_TYPE parameter, which is usually set as 1.0 if this method is applied.

Parameters

CURVE int | Written in the subsequent line, after the keyword. CURVE 1 e.g. takes the first curve defined in the RFD file. A curve is simply written as a time-value table in the RFD file:

#CURVES
0.25   44627.5611   
0.40   26399.6732   
0.50   15616.8683   
1.00   1421.99634

Documentation from doxygen

None.

Used in benchmarks

C/2d_Cl_transport_Clay/Nuklidtransport.st

 12:   $TIM_TYPE				;time dependent values defined in *.rfd
 13-    CURVE 1
   ...

COUPLED_FLOW/Wool_lines_coup.st

 21:   $TIM_TYPE
 22-    CURVE 1
   ...

COUPLED_FLOW/abdul.st

 11:   $TIM_TYPE
 12-    CURVE 1
   ...

COUPLED_FLOW/abdulLab.st

 11:   $TIM_TYPE
 12-    CURVE 1
   ...

GAS_FLOW/BHP/bhp.st

 11:  $TIM_TYPE
 12-  CURVE 1
   ...

GAS_FLOW/Plume/Plume.st

 11:  $TIM_TYPE
 12-  CURVE 2
   ...

GAS_FLOW/Tracertest/AdvDiff/advdiff.st

 11:  $TIM_TYPE
 12-  CURVE 2
   ...

GAS_FLOW/Tracertest/AdvDiffSorption/advdiffsorption.st

 11:  $TIM_TYPE
 12-  CURVE 2
   ...

HM/LinearSwelling/hm_swelling.st

 14:   $TIM_TYPE
 15-    CURVE 1

H_us/Wet/Transient.st

 12:   $TIM_TYPE
 13-    CURVE 1				;1 = 3lMo (h); 2 = 0,6lDaily (h); 3= NoRain (h); 4 = 3lMo (s); 5 = 0,6lDaily (s); 6= NoRain (s)
   ...

H_us/Wet/h_us_line_Halm.st

 11:   $TIM_TYPE
 12-    CURVE 1
   ...

H_us/Wet/h_us_line_celia.st

 11:   $TIM_TYPE
 12-    CURVE 1
   ...

M/3D_oedometer_mohr_coulomb.st

 13:   $TIM_TYPE
 14-    CURVE 2

M/AnisoPlas/0/3D_UniAxiLoad.st

 13:   $TIM_TYPE
 14-    CURVE 2

M/AnisoPlas/45/3D_UniAxiLoad.st

 13:   $TIM_TYPE
 14-    CURVE 2

M/AnisoPlas/90/3D_UniAxiLoad.st

 13:   $TIM_TYPE
 14-    CURVE 2

M/creep/m_crp_bgr.st

 11:   $TIM_TYPE
 12-      CURVE 1
   ...

M/creep/m_triax_lubby2.st

 11:   $TIM_TYPE
 12-   CURVE 1
   ...
 22:   $TIM_TYPE
 23-   CURVE 2
   ...

M/creep/uc_creep01.st

 11:   $TIM_TYPE
 12-      CURVE 1
   ...

M/m_brick_l.st

 15:   $TIM_TYPE
 16-    CURVE 1
   ...

M/m_drift.st

 27:   $TIM_TYPE
 28-    CURVE 1
   ...

M/m_mises.st

 11:   $TIM_TYPE
 12-    CURVE 1
   ...

M/m_triax_lubby1.st

 11:   $TIM_TYPE
 12-   CURVE 1
   ...

M/pressure/Sphere_plastic/m_sphere_plastic.st

 11:  $TIM_TYPE
 12-    CURVE 1
   ...

MPI/thm_quad/thm_quad.st

 11:   $TIM_TYPE
 12-    CURVE 3
   ...
 22:   $TIM_TYPE
 23-    CURVE 3
   ...

OVERLAND_FLOW/gian_quad.st

 11:   $TIM_TYPE
 12-    CURVE 1
   ...

OVERLAND_FLOW/gian_tri.st

 11:   $TIM_TYPE
 12-    CURVE 1
   ...

PETSc/m1_3Dload/m1_3Dload.st

 10:   $TIM_TYPE
 11-    CURVE          1
   ...
 21:   $TIM_TYPE
 22-    CURVE          1
   ...
 32:   $TIM_TYPE
 33-    CURVE          1
   ...
 43:   $TIM_TYPE
 44-    CURVE          1
   ...
 54:   $TIM_TYPE
 55-    CURVE          1
   ...
 65:   $TIM_TYPE
 66-    CURVE          1
   ...

PETSc/th2m/th2m_quad.st

 14:   $TIM_TYPE
 15-    CURVE 2
   ...
 25:   $TIM_TYPE
 26-    CURVE 2

TH2M/H2M_TEP/w_exp.st

 14:   $TIM_TYPE
 15-    CURVE 2
   ...
 25:   $TIM_TYPE
 26-    CURVE 2

TH2M/JFNK/th2m_quad.st

 14:   $TIM_TYPE
 15-    CURVE 2
   ...
 25:   $TIM_TYPE
 26-    CURVE 2
   ...

TH2M/Newton/th2m_quad.st

 14:   $TIM_TYPE
 15-    CURVE 2
   ...
 25:   $TIM_TYPE
 26-    CURVE 2
   ...

TH2M/th2m_quad.st

 14:   $TIM_TYPE
 15-    CURVE 2
   ...
 25:   $TIM_TYPE
 26-    CURVE 2

THM/deco_2015_b2s1/deco_b2s1.st

 14:    $TIM_TYPE
 15-     CURVE 3

THM/thm_decov.st

 12:   $TIM_TYPE
 13-    CURVE 1
   ...

Source code reading this keyword from Input files

FEM/rf_st_new.cpp line 390

 390:          continue;
 391:       }
 392: 
 393:       if (line_string.find("$TIM_TYPE") != std::string::npos)
 394:       {
 395:          in.str(readNonBlankLineFromInputStream(*st_file));
 396:          in >> tim_type_name;

Last modified: 2016-01-21 13:48:59.749528

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