Properties of the water in lagrangian

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josemmedina@nautilusing.com
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Properties of the water in lagrangian

Postby josemmedina@nautilusing.com » Wed Oct 31, 2012 10:49

Dear colleagues:

I am running an effluent of brine, but can't manage to put the properties in lagrangian :( . Can you give me any clue?

Thanks,

Jose

This is my lagrangian file:
OUTPUT_TIME : 0 900
OUTPUT_CONC : 2


<BeginOrigin>
ORIGIN_NAME : ALT01

GROUP_ID : 1

EMISSION_SPATIAL : Point
EMISSION_TEMPORAL : Continuous

DT_EMIT : 15.
NBR_PARTIC : 5
FLOW : 10

MOVEMENT : SullivanAllen
VARVELHX : 0.05
VARVELH : 0.00

TURB_V : Constant
VARVELVX : 0.01
VARVELV : 0.005

POSITION_CELLS : 54 54
DEPTH_CELLS : 2

<<beginproperty>>
NAME : salinity
UNITS : ppm
CONCENTRATION : 80.
AMBIENT_CONC : 36.
OUTPUT_HDF : 1
<<endproperty>>
<EndOrigin>

And my waterproperties.dat:
REFERENCE_DENSITY : 1026.72
OUTPUT_TIME : 0 600.
TIME_SERIE_LOCATION : ..\..\GeneralData\TimeSeriesLocationWaterProperties_ALT_01.dat

<beginproperty>
NAME : salinity
UNITS : psu
DESCRIPTION : Salinity
DEFAULTVALUE : 36.
INITIALIZATION_METHOD : CONSTANT
REMAIN_CONSTANT : 1
BOUNDARY_CONDITION : 1
DISCHARGES : 0
ADVECTION_DIFFUSION : 1
OUTPUT_HDF : 1
TIME_SERIE : 1
<endproperty>

<beginproperty>
NAME : temperature
UNITS : ºC
DESCRIPTION : temperature
DEFAULTVALUE : 20
INITIALIZATION_METHOD : CONSTANT
REMAIN_CONSTANT : 1
BOUNDARY_CONDITION : 1
DISCHARGES : 0
ADVECTION_DIFFUSION : 1
OUTPUT_HDF : 1
TIME_SERIE : 1
<endproperty>

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