/COM,ANSYS RELEASE  8.1    UP20040329       11:44:11    06/16/2004
/COM,ANSYS RELEASE  8.1    UP20040329       14:13:17    06/16/2004

 *** WARNING ***                         CP=     34.609   TIME= 14:25:34
 The requested ALL table data does not exist.  The TBLIS command is      
 ignored.                                                                

 *** WARNING ***                         CP=     48.109   TIME= 14:27:46
 The requested ALL table data does not exist.  The TBLIS command is      
 ignored.                                                                

 *** WARNING ***                         CP=     78.172   TIME= 14:38:12
 Both solid model and finite element model boundary conditions have been 
 applied to this model.  As solid loads are transferred to the nodes or  
 elements, they can overwrite directly applied loads.                    
/COM,ANSYS RELEASE  8.1    UP20040329       15:24:30    08/23/2004
/COM,ANSYS RELEASE  8.1    UP20040329       15:43:53    08/23/2004

 *** WARNING ***                         CP=     34.672   TIME= 15:56:40
 Specify offset temperature for radiation problem using TOFFST command - 
 For model data in degrees Fahrenheit or Celsius.                        

 *** WARNING ***                         CP=     35.062   TIME= 15:56:41
 The program chosen initial timestep/load-factor is arbitrary.  It is    
 necessary for the user to supply a suitable initial                     
 timestep/load-factor through the NSUB or DELTIM command for             
 convergence and overall efficiency.                                     
/COM,ANSYS RELEASE  8.1    UP20040329       16:55:53    08/23/2004

 *** WARNING ***                         CP=     35.422   TIME= 17:01:40
 Specify offset temperature for radiation problem using TOFFST command - 
 For model data in degrees Fahrenheit or Celsius.                        

 *** WARNING ***                         CP=     35.734   TIME= 17:01:40
 The program chosen initial timestep/load-factor is arbitrary.  It is    
 necessary for the user to supply a suitable initial                     
 timestep/load-factor through the NSUB or DELTIM command for             
 convergence and overall efficiency.                                     
/COM,ANSYS RELEASE  8.1    UP20040329       17:24:12    08/23/2004

 *** WARNING ***                         CP=     13.875   TIME= 17:26:52
 Specify offset temperature for radiation problem using TOFFST command - 
 For model data in degrees Fahrenheit or Celsius.                        

 *** WARNING ***                         CP=     14.156   TIME= 17:26:53
 The program chosen initial timestep/load-factor is arbitrary.  It is    
 necessary for the user to supply a suitable initial                     
 timestep/load-factor through the NSUB or DELTIM command for             
 convergence and overall efficiency.                                     
/COM,ANSYS RELEASE  8.1    UP20040329       17:49:49    08/23/2004

 *** WARNING ***                         CP=     41.125   TIME= 17:54:29
 Specify offset temperature for radiation problem using TOFFST command - 
 For model data in degrees Fahrenheit or Celsius.                        

 *** WARNING ***                         CP=     43.078   TIME= 17:54:32
 The program chosen initial timestep/load-factor is arbitrary.  It is    
 necessary for the user to supply a suitable initial                     
 timestep/load-factor through the NSUB or DELTIM command for             
 convergence and overall efficiency.                                     
/COM,ANSYS RELEASE  8.1    UP20040329       18:10:25    08/23/2004

 *** WARNING ***                         CP=    101.328   TIME= 18:28:58
 Specify offset temperature for radiation problem using TOFFST command - 
 For model data in degrees Fahrenheit or Celsius.                        

 *** WARNING ***                         CP=    106.016   TIME= 18:29:08
 The program chosen initial timestep/load-factor is arbitrary.  It is    
 necessary for the user to supply a suitable initial                     
 timestep/load-factor through the NSUB or DELTIM command for             
 convergence and overall efficiency.