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Result Table in the Stress Analysis

Results obtained are as in the following table.

Item	Parametric Analysis Values to Output	Parametric Analysis Parameter	Analysis	Notes
Time	Time	None	Static Analysis Transient Analysis	Gives you the time [s].
Step	Step	None	Static Analysis	Gives you the step.
External/Reactive force	X Component of the External/Reactive Force Y Component of the External/Reactive Force Z Component of the External/Reactive Force	Boundary Condition	Static Analysis Harmonic Analysis Transient Analysis	Gives you X, Y, and Z components of external/reactive force [N] on the specified boundary condition. The supporting boundary condition types are displacement, normal displacement, rotational displacement, lumped load, distributed face load, distributed edge load, pressure, and torque load. If the magnitude of displacement, normal displacement, or rotational displacement is nil, the reactive force is given.
Torque	Torque	Boundary Condition	Static Analysis Harmonic Analysis Transient Analysis	Gives you the torque [Nm] on the specified boundary condition. The supporting boundary condition types are displacement, normal displacement, rotational displacement, and torque load. Displacement torque and normal displacement torque are given only when the rotational displacement is set with single rotation axis.
Contact Force	X component of the Contact Force Y component of the Contact Force Z component of the Contact Force	Boundary Pair	Static Analysis Transient Analysis	Gives you X, Y, and Z components of the contact force [N] on the specified boundary condition pair.
Strain Energy	Strain Energy	Body Attribute	Static Analysis Harmonic Analysis Transient Analysis	Gives you the strain energy [J] of the specified body attribute.
Strain Energy	Total strain energy	None	Static Analysis Harmonic Analysis Transient Analysis	Gives you the total strain energy [J].
Maximum Displacement	Ux component of Maximum Displacement Uy component of Maximum Displacement Uz component of Maximum Displacement	None	Static Analysis Harmonic Analysis Transient Analysis	Gives you Ux, Uy, and Uz components of maximum displacement [m].
Maximum Stress	Maximum Tensile Stress Maximum Compressive Stress Maximum von Mises Equivalent Stress	None	Static Analysis Harmonic Analysis Transient Analysis	Gives you the maximum tensile stress, maximum compressive stress, and maximum von Mises equivalent stress [Pa]. It is not given if the material loss (mechanical loss tangent) is taken into account in the harmonic analysis.
Mass	Mass	Body Attribute	Static Analysis Resonant Analysis Harmonic analysis Buckling Analysis	Gives you the mass [kg] of the specified body attribute. It is given only if [Calculate the mass and the moment of inertia] is selected in the analysis condition.
Mass	Total mass	None		Gives you the total mass [kg]. It is given only if [Calculate the mass and the moment of inertia] is selected in the analysis condition.
Moment of Inertia	Moment of Inertia	None		Gives you the moment of inertia [kg*m2]. It is given only if [Calculate the mass and the moment of inertia] is selected in the analysis condition.
Adjusted Thermal Strain	XX component of the adjusted thermal strain YY component of the adjusted thermal strain ZZ component of the adjusted thermal strain YZ component of the adjusted thermal strain ZX component of the adjusted thermal strain XY component of the adjusted thermal strain	Body Attribute	Static Analysis (Step Analysis)	Gives you XX, YY, ZZ, YZ, ZX, and XY components of the corrected thermal strain by the material change of the specified body attribute. Those are given only if material change is set for the body attribute.
Resonant Frequency	Resonant Frequency	None	Resonant Analysis	Gives you the resonant frequency [Hz].
Effective mass	Ux Component of Effective Mass Uy Component of Effective Mass Uz Component of Effective Mass	None	Resonant Analysis	Gives you Ux, Uy, and Uz components [kg] of effective mass. Refer to Participation Factor and Effective Mass in Resonant Analysis for details.
Effective mass	Accumulated Ux Component of Effective Mass Accumulated Uy Component of Effective Mass Accumulated Uz Component of Effective Mass	None	Resonant Analysis	Gives you the accumulated Ux, Uy, and Uz components [kg] of effective mass. Refer to Participation Factor and Effective Mass in Resonant Analysis for details.
Effective Mass Ratio	Ux Component of Effective Mass Ratio Uy Component of Effective Mass Ratio Uz Component of Effective Mass Ratio	None	Resonant Analysis	Gives you Ux, Uy, and Uz components [%] of effective mass ratio. Refer to Participation Factor and Effective Mass in Resonant Analysis for details.
Effective Mass Ratio	Accumulated Ux Component of Effective Mass Ratio Accumulated Uy Component of Effective Mass Ratio Accumulated Uz Component of Effective Mass Ratio	None	Resonant Analysis	Gives you the accumulated Ux, Uy, and Uz components [%] of effective mass ratio. Refer to Participation Factor and Effective Mass in Resonant Analysis for details.
Participation Factor	Ux component of participation factor Uy component of participation factor Uz component of participation factor	None	Resonant Analysis	Gives you Ux, Uy, and Uz components of participation factor. Refer to Participation Factor and Effective Mass in Resonant Analysis for details.
Buckling Load Factor	Buckling Load Factor	None	Buckling Analysis	Gives you the buckling load factor. See Buckling Analysis for more information.
Convergence Judgment	Convergence Judgment	None	Static Analysis Transient Analysis Resonant Analysis	Gives you the convergence judgment for the nonlinear calculation. 1: Converged 0: Not converged