You can use Multi-loadcases to run multiple linear structural analyses with common constraints. Linear structural
analysis assumes the model is loaded slowly (static) and stresses do not exceed the yield strength of any part material
(linear).
On the Main Menu toolbar, click the icon for the desired type of
analysis.
Follow the process for the chosen analysis.
Analysis Type
Process
- Structural
From the drop-down menu, select Structural
linear, Structural
non-linear, or
Multi-loadcases.
For Structural Non-linear analysis, specify separating contact,
material non-linear, or geometric non-linear in the popup
window.
- Modal
In the popup window, specify the Number of modes to find.
- Dynamics
In the drop-down menu, select Transient,
Frequency responseRandom response, or Frequency
multi-loadcase.
Specify the modal results to which the analysis is linked. The
modal solution must exist in the current design study. In
SimSolid, the time integration
of the equations of motion is extremely fast and all modes are
always included in the analysis.
For Frequency and Random Response, specify the frequency span
upper and lower limits. For Transient response, specify Time
span.
Specify damping using Rayleigh damping coefficients or Modal
damping.
- Thermal
Once you select the icon, the new analysis appears in the Project Tree. No further action is needed.
- Fatigue
In the drop-down menu, select SN Time,
SN Sequential, EN Time
or EN Sequential.
The new analysis appears as a new branch in the Project Tree.
Linear Structural Analysis
Analysis that assumes the model is loaded slowly (static) and stresses do not exceed the yield strength of any part material (linear).
Non-linear Structural Analysis
Three types of non-linear analysis are currently available: non-linear separating contact, geometric non-linear, and material non-linear.
Multi-loadcases
You can use Multi-loadcases to run multiple linear structural analyses with common constraints. Linear structural analysis assumes the model is loaded slowly (static) and stresses do not exceed the yield strength of any part material (linear).
Modal Analysis
Modal analysis evaluates the frequencies and corresponding modes of vibration of your model.
Dynamics Analysis
You can evaluate your design in real-time using SimSolid dynamics analysis.
Thermal Analysis
Thermal predicts how thermal effects propagate through the model.
Fatigue Analysis
Fatigue analysis is intended for predicting life of structures under cyclic loading.