Author Topic: Hill Comand  (Read 4249 times)

FEAP_new

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Hill Comand
« on: June 15, 2016, 07:35:39 AM »
Dear All,
As written in manuscript, one as implement thermal homogenization in FEAP.

I assign different diffusivity to different phases in the RVE as

MATE, 1      
THERMAL
FOURIER ISOTROPIC 1 1

Periodic boundary condition is imposed.

batc
loop,,40
tang,,1
next
HILL TANGent
end

How could I obtain the effective thermal conductivity? Thank you.

FEAP_new

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Re: Hill Comand
« Reply #1 on: June 15, 2016, 08:06:09 AM »
There is no new generated file with effective thermal conductivity.  The values are not found in the output file either.

FEAP_Admin

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Re: Hill Comand
« Reply #2 on: June 15, 2016, 12:08:27 PM »
Without your input file no one will be able to help you.
Notwithstanding here is an input and its matching output (next message hopefully).  The homogenized values print for me.

FEAP_Admin

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Re: Hill Comand
« Reply #3 on: June 15, 2016, 12:08:43 PM »
input file attached.  relevant lines from output:

 *Command   2 * hill                v:   0.00       0.00       0.00   
                                                           t=     0.01     0.01
     RVE Size Data
          Volume   =  2.000E+00
          Side h-1 =  1.000E+00 Center x-1 =  1.000E+00
          Side h-2 =  5.000E-01 Center x-2 =  5.000E-01

     T h e r m a l    F l u x
  1.3333E+01  3.5527E-15

     T a n g e n t    M o d u l i
  1.3333E+01  1.4211E-14
  1.4211E-14  1.5000E+01
« Last Edit: June 15, 2016, 12:12:26 PM by FEAP_Admin »