Henrik Sönnerlind
COMSOL Employee
Please login with a confirmed email address before reporting spam
Posted:
9 years ago
2 mai 2016, 05:50 UTC−4
Hi,
You should take the gradient with respect to the material coordinates, that is d(solid.pm,Z), instead.
Regards,
Henrik
Hi,
You should take the gradient with respect to the material coordinates, that is d(solid.pm,Z), instead.
Regards,
Henrik
Please login with a confirmed email address before reporting spam
Posted:
9 years ago
3 mai 2016, 04:38 UTC−4
thanks for your help.but the result of d(solid.pm,Z) is 0.
thanks for your help.but the result of d(solid.pm,Z) is 0.
Henrik Sönnerlind
COMSOL Employee
Please login with a confirmed email address before reporting spam
Posted:
9 years ago
4 mai 2016, 02:08 UTC−4
Hi,
What kind of material model, element shape, and discretization is ti in the model? If for example solid.pm is constant over each element, its derivative would be zero even if it looks like a smooth field when averaged in a plot.
Regards,
Henrik
Hi,
What kind of material model, element shape, and discretization is ti in the model? If for example solid.pm is constant over each element, its derivative would be zero even if it looks like a smooth field when averaged in a plot.
Regards,
Henrik