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tutorials:car_wheel_rim [2023/01/30 08:13]
Ali Baba [Model definition and analysis using SesamX] |
tutorials:car_wheel_rim [2023/05/31 20:48] (current)
Ali Baba [Model definition and analysis using SesamX] |
| - [[user_manual:sesamx:functions_description:create_constraint|CREATE-CONSTRAINT]]: we create the boundary condition. | - [[user_manual:sesamx:functions_description:create_constraint|CREATE-CONSTRAINT]]: we create the boundary condition. |
| - [[user_manual:sesamx:functions_description:create_load|CREATE-LOAD]]: we create the distributed loading condition. | - [[user_manual:sesamx:functions_description:create_load|CREATE-LOAD]]: we create the distributed loading condition. |
| - [[user_manual:sesamx:functions_description:create_solution|SOLVE-LINEAR-STATIC]]: we compute the linear static response of the rim under the prescribed loading and boundary condition. | - [[user_manual:sesamx:functions_description:solve|SOLVE]]: we compute the linear static response of the rim under the prescribed loading and boundary condition. |
| - [[user_manual:sesamx:functions_description:output_image|OUTPUT-IMAGE]]: we ask SesamX to compute and output fields data into an output database. In this tutorial, we ask for the loading case, the boundary condition, the displacement field, the stress field and the strain field. | - [[user_manual:sesamx:functions_description:output_image|OUTPUT-IMAGE]]: we ask SesamX to compute and output fields data into an output database. In this tutorial, we ask for the loading case, the boundary condition, the displacement field, the stress field and the strain field. |
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