Fluent journal file

ahmet

Dear all, I am trying to get Fluent run as a batch process on a SGI machine. However, my journal file is not working. Can anyone help me figure out the problem with my journal file and batch script? Also can someone post or send a sample journal file? I copied the batch script and journal file below?

Thank you all in advance. ahmet

****************BATCH*******************

#PBS -N ahmet1 #PBS -S /bin/tcsh #PBS -j oe #PBS -l cput=10:00:00 #PBS -l ncpus=4,mem=1gb

cd $TMPDIR

cp /scratch/a0u8545/060719/6inch-15-alt/6-15a-60-060717-00-fl.jou .

cp /scratch/a0u8545/060719/6inch-15-alt/6-15a-60-060706-00.cas .

module load fluent

fluent 3d -g < 6-15a-60-060717-00-fl.jou > outputfile

cp outputfile /scratch/a0u8545/060719/6inch-15-alt

cp 6-15a-60-060717-00 /scratch/a0u8545/060719/6inch-15-alt

cp 6-15a-60-060706-00.dat /scratch/a0u8545/060719/6inch-15-alt

qstat -f $PBS_JOBID

********************JOU FILE*************************

/file/rc 6-15a-60-060706-00.cas

/define/boundary-conditions/velocity-inlet

;(5ft-inlet)

;zone id/name [5ft-inlet] <RETURN>

;Velocity Specification Method: Magnitude and Direction [no]

<RETURN>

;Velocity Specification Method: Components [no]

<RETURN>

;Velocity Specification Method: Magnitude, Normal to Boundary [yes]

<RETURN>

;Reference Frame: Absolute [yes]

<RETURN>

;Use Profile for Velocity Magnitude? [no]

<RETURN>

;Velocity Magnitude (ft/s) [5.95]

6.80

;Coordinate System: Cartesian (X, Y, Z) [yes]

<RETURN>

;Turbulence Specification Method: K and Epsilon [yes]

<RETURN>

;Use Profile for Turb. Kinetic Energy? [no]

<RETURN>

;Turb. Kinetic Energy (ft2/s2) [10.764263]

<RETURN>

;Use Profile for Turb. Dissipation Rate? [no]

<RETURN>

;Turb. Dissipation Rate (ft2/s3) [10.764263]

<RETURN>

/solve/initialize/compute-defaults/velocity-inlet

;(5ft-inlet)

;zone id/name [5ft-inlet]

<RETURN>

/solve/iterate 50

file/export/ascii

;ASCII file name []

6-15a-60-060717-00

;Surfaces(1) [()]

point-7 point-8 point-9 point-10 point-11 point-12 point-13

;Surfaces(3) [()]

<RETURN>

;Write loads at boundaries? [no]

<RETURN>

;Delimiter/Comma?, if comma not chosen,

;space is assumed to be the delimiter [no]

<RETURN>

;ASCII scalar(1)>

pressure pressure-coefficient velocity-magnitude x-velocity turb-kinetic-energy turb-diss-rate

;ASCII scalar(7)>

q

;Location/Cell-Centered?,

;if Cell-Centered not chosen, node values of scalars are reported [no]

y

exit

y