Hi,
In order to compute the deformed volume, you can integrate the number '1' over the volme. The integral must be performed on the Spatial frame. In order to have a spatial frame which reflects the deformed coordinates, the study must be geometrically nonlinear.
Note that with volume changes as large as in your problem, the interpretation of thermal expansion coefficients is nontrivial.
Regards,
Henrik
In order to compute the deformed volume, you can integrate the number '1' over the volme. The integral must be performed on the Spatial frame. In order to have a spatial frame which reflects the deformed coordinates, the study must be geometrically nonlinear.
Note that with volume changes as large as in your problem, the interpretation of thermal expansion coefficients is nontrivial.
Regards,
Henrik
