tutorials:sesamx-step-by-step-guide

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tutorials:sesamx-step-by-step-guide [2023/01/31 08:06]
Ali Baba [Post process the results] 		tutorials:sesamx-step-by-step-guide [2023/05/31 20:29] (current)
Ali Baba
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 | Force                | $N$ |   | Force                | $N$ |  
 | Moment               | $Nm$ |   | Moment               | $Nm$ |  
 +| Time                 | $s$ |  
  
 Of course, you are free to define your own units. To make things easier, SesamX always outputs a summary of the units used while running an input file. Of course, you are free to define your own units. To make things easier, SesamX always outputs a summary of the units used while running an input file.
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 ===== Run a linear static resolution ===== ===== Run a linear static resolution =====
  
-At this point, we have completed the model definition and we have defined all the physical data necessary to [[user_manual:sesamx:functions_description:create_solution|run a static resolution]]. Which we can do with the following card.+At this point, we have completed the model definition and we have defined all the physical data necessary to [[user_manual:sesamx:functions_description:solve|run a static resolution]]. Which we can do with the following card.
  
 <code php> <code php>
-SOLVE-LINEAR-STATIC  +SOLVE
   NAME: MY_SOL     NAME: MY_SOL  
   MODEL: MY_MODEL   MODEL: MY_MODEL
-  LOAD: MY_LOAD   +  GEOM-NL: NO 
-  CONSTRAINT: MY_CONST +   
-  PARAMETERS   +  STEPS 
-    SPC-T-TOL: 1.0E-8   +    STATIC-STRESS 
-    SPC-R-TOL: 1.0E-8+      NAME: LOADING 
 +      NB-LEVELS: 1 
 +      LOADS 
 +        - NAME: MY_LOAD  AMPLITUDE-FUNCTION: "t" 
 +      CONSTRAINTS 
 +        - NAME: MY_CONST  AMPLITUDE-FUNCTION: "t"
 </code> </code>
  
-We have to provide the load case and the boundary condition as well as parameters useful for the resolution. By default, ''SOLVE-LINEAR-STATIC'' will look for singularities among the degrees of freedom, and fix them in order to solve the problem. The 2 parameters ''SPC-T-TOL''and ''SPC-R-TOL'' are the stiffness tolerances used for this singularity detection.+We have to provide the load case and the boundary condition as well as parameters useful for the resolution. By default, the ''SOLVE'' function will look for singularities among the degrees of freedom, and fix them in order to solve the problem.
  
 <callout type="info" icon="true">Be careful, only local singularities can be fixed automatically but not global ones!</callout> <callout type="info" icon="true">Be careful, only local singularities can be fixed automatically but not global ones!</callout>
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 <code php> <code php>
-OUTPUT-IMAGE  +OUTPUT-IMAGE   
   PATH: "..\output\100_IMG_MY_MODEL.h5"   PATH: "..\output\100_IMG_MY_MODEL.h5"
   MODEL: MY_MODEL   MODEL: MY_MODEL
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   SOLUTION   SOLUTION
     NAME: MY_SOL     NAME: MY_SOL
-    TRANSLATION +     
-      FIELD-NAME: MY_TRANS +    STEP 
-    STRESS +      NAME: LOADING 
-      FIELD-NAME: MY_STRESS+      TRANSLATION 
 +        FIELD-NAME: MY_TRANS 
 +      STRESS 
 +        FIELD-NAME: MY_STRESS
 </code> </code>
  
  • tutorials/sesamx-step-by-step-guide.txt
  • Last modified: 2023/05/31 20:29
  • by Ali Baba