***divergence_details
***material
  *integration theta_method_a 1.0 1.e-10 50
  
***parameter
 **ambient_temperature 23.0
  
***behavior gen_evp
 **allow_out_of_bounds
 **thermal_strain isotropic
   alpha temperature
   1.0e-05 0.0
   %1.5e-05 400.0
**elasticity isotropic 
young temperature
200000.0 23.0
%120000.0 400.0
poisson temperature
0.3 23.0
%0.45 400.0
**potential gen_evp 
*criterion mises 
*flow norton 
n temperature
10.0 23.0
%3.0 400.0
K temperature
50.0 23.0
%250.0 400.0
*kinematic nonlinear 
C temperature
100000.0 23.0
%20000.0 400.0
D 1000.0
*kinematic nonlinear 
C temperature
10000.0 23.0
%2000.0 400.0
D 100.0
*kinematic nonlinear 
C temperature
1000.0 23.0
%200.0 400.0
D 10.0
*isotropic nonlinear_sum
R0 temperature
100.0 23.0
50.0 400.0
Q1 temperature
100.0 23.0
50.0 400.0
b1 temperature
50.0 23.0
10.0 400.0
***return 