You can work with Analysis operators.
Computes the global energy in a static case solution.
Computes the maximum value of the nodal VonMises stress.
misesmax.1=misesmax("Finite Element Model\Static Case Solution.1")
Computes the nodal maximum displacement.
length.1=dispmax("Finite Element Model\Static Case Solution.1")
Computes a given frequency.
Frequency.1=Frequency("Finite Element Model\Frequency Case Solution.1")
Computes all the frequencies.
FrequenciesList.1=Frequencies("Finite Element Model\Frequencies Case Solution.1")
Computes the global error percentage of a static case.
percentage.1=globalerror("Finite Element Model\Static Case Solution.1")
Computes a list of buckling factors.
Bucklingfactors.1=BucklingFactors("Finite Element Model\Buckling Case Solution.1")
Computes the nodal maximum displacement. It applies to a group of items.
Computes reactions on connections or boundary conditions.
