>>>

f95 -oa bemhat.f 
./a

>>>

requirement: fortran compiler ( g95 (Fortran 95, free), ifort (not free) is need to compile the source code.

1. compiling source code
To compile the source code using ifort compiler and TUDK model:
~f95 wake_tudk.f dyn_aero.f~  
To compile using ifort compiler and GH  model:
~f95 wake_gh.f dyn_aero.f~  
2. running object code
after compilation, an object code named "a.out" is generated.
To run the object code:
~./a.out~    # "./ " means current directory 
~./~        #current directory
~../~  # parent directory
3. analysing output files
two output files are generated, i.e. *blade_aero1.plt* and  *coeff_time.plt*
4. plot *Cp(Ct) vs time* using *gnuplot*
~gnuplot~    #open gnuplot 
~load "coeff_tim.gnu~   #load gnuplot file

In order to compile, one has to use a Fortran compiler as g95, ifort and so on. For example if one wants to use the TUDK model and the ifort compiler, one should compile at the prompt:

ifort wake_tudk.f dyn_aero.f.

If the GH model is to be used, then

ifort wake_gh.f dyn_aero.f

The file incl.for must be in the same folder where the compiling takes place.

f95 -O3 wake_surf.f dyn_surf.f

./a.out   # ~./~ means current folder

#gnuplot plotting

>>> load ‘c_t.gnu‘

>>> load ‘blade_aero.gnu‘