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Name Modified Size InfoDownloads / Week
Util.f90 2015-01-04 22.0 kB
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Geometry.f90 2015-01-04 20.1 kB
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Integ.f90 2015-01-04 26.8 kB
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Laplace.f90 2015-01-04 3.4 kB
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Postproc.f90 2015-01-04 5.8 kB
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prog101.f90 2015-01-04 13.9 kB
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README.sh 2015-01-04 1.2 kB
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replace1.py 2015-01-04 469 Bytes
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Stiffness.f90 2015-01-04 9.3 kB
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Elast.f90 2015-01-04 9.6 kB
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prog51.f90 2015-01-04 5.8 kB
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prog52.f90 2015-01-04 6.0 kB
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prog71.f90 2015-01-04 8.9 kB
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prog81.f90 2015-01-04 15.1 kB
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prog31.f90 2015-01-04 3.0 kB
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Totals: 15 Items   151.4 kB 0 
'#              						 '
'# Temperature around cylinder in 1D heat flow: Trefftz solution '
'# REF. Beer(page 96)						 '
'#								 '
 inputfile=<input_trefftz.py>
 outputfile=<output_trefftz.py>
 EXECUTE:
 >>> execfile('laplace_module.py')
 >>> Trefftz()
 LOAD RESULTS:
 execfile('output_trefftz.py'>
'#                                      '
'# Trefftz method implemented in Octave '
'#                                      '
scriptfile=<trefftz1.m>
inputfile=<input_trefftz.m>
outputfile=<output_trefftz.m>
EXECUTE:
octave:> trefftz1
'#######################################'
'#                                     #'
'#       Beer2008:  FORTRAN CODES      #'
'#                                     #'
'#######################################'
DIR=<Beer2008/Fortran>
compile library files= 'gfortran -c LIBRARY/*.f90'
!---------------------------------
! prog31.f90
!   Program to compute the length/surface area
!   of a line/surface modelled by boundary elements
!---------------------------------
EDIT <prog31.f90>: change 'INPUT.DAT', 'OUTPUT.DAT' --> 'compute_area.input, ~.output'
COMPILE: 'gfortran *.o prog31.f90 -o prog31.exe'
EXECUTE: './prog31.exe'
Source: README.sh, updated 2015-01-04