) study and study step are used to compute the response of a linear or linearized model subjected to harmonic excitation for one or several frequencies.) study and study step are used to compute the response of a linear or linearized model subjected to harmonic excitation for one or several frequencies.
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The Include geometric nonlinearity check box and the Results While Solving, Mesh Selection, Adaptation and Error Estimates, Geometric Entity Selection for Adaptation, and Auxiliary Sweep section are described in Common Study Step Settings. There is also detailed information in the Physics and Variables Selection and Values of Dependent Variables sections.
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For a problem that requires a linearization point (for example, when the electromechanical forces coupling is used), use the Frequency Domain, Prestressed or the Small-Signal Analysis, Frequency Domain studies instead. These studies include the Stationary step that computes the stationary (or bias) solution followed by the Frequency Domain Perturbation step that computes a perturbed solution around the linearization point from the preceding step.
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). You can also click the downward arrow beside the Browse button and choose Browse From (
) to open the fullscreen Select File window. Click the downward arrow for the Location menu (
) to choose Show in Auxiliary Data (
) to move to the row for this file in the Auxiliary Data window, Copy File Location (
), and (if you have copied a file location) Paste File Location (
). After selecting a file, click the Read File button (
) to load the parameter values into the Frequencies field.
) and select Batch and Cluster in the Show More Options dialog box.