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During a static step you assign a time period to the analysis. This is necessary for cross-references to the amplitude options, which can be used to determine the variation of loads and other externally prescribed parameters during a step (see “Amplitude curves,” Section 30.1.2). In some cases this time scale is quite real—for
Chapter 57, “The Amplitude toolset,” of the Abaqus/CAE User's Manual. Overview. An amplitude curve: • allows arbitrary time (or frequency) variations of load, displacement, and other prescribed variables to be given throughout a step (using step time) or throughout the analysis (using total time);. • can be defined as a
The portable document format (PDF) version of this manual provides basic information about the capabilities of Abaqus/CAE in a printer-friendly form. The online HTML version of this manual contains the same information as the PDF version as well as detailed, step-by-step instructions for using each of the Abaqus/CAE
The concept of the stable time increment as the time required to propagate a dilatational wave across the smallest element dimension is useful for interpreting how the explicit procedure chooses the time increment when element-by-element stability estimation controls the time increment. As the step proceeds, the global
Fixed mass scaling is performed once at the beginning of the step for which it is specified. Two basic approaches are available for fixed mass scaling: you can define a mass scaling factor directly, or you can define a desired minimum stable time increment for which the mass scaling factors are determined by Abaqus/Explicit
Abaqus uses special element types to designate model features such as analytical rigid surfaces that are not part of the mesh. These element types appear in the output database. You may see them in the Visualization module while querying the model or creating display groups based on element type. Table B–1 lists the
Abaqus always considers total time to increase throughout a general analysis. Each step also has its own step time, which begins at zero in each step. If the analysis procedure for the step has a physical time scale, as in a dynamic analysis, step time must correspond to that physical time. Otherwise, step time is any
When you configure general procedures, you use the Basic tab in the step editor to enter the total time period for the step. You use the Incrementation tab to configure the approach that Abaqus will use to divide the total time period for the step into increments. For a general, static step as well as for many other kinds of steps
ABAQUS – Tutorial 4. Part module. 1 Creating the plate. To create the plate (the base feature), you create a three-dimensional, deformable, shell Planar part according Step Module. 1. First create a step to determine the eigenfrequencies and the eigenmodes. •. Procedure type: Linear perturbation, Frequency -> Continue.
The time step in these problems is limited only by the accuracy tolerance parameter defined above. Problems including “Rate-dependent yield,” Section 20.2.3, are always integrated using an implicit, unconditionally stable method. The accuracy tolerance parameter does not limit the inelastic strain rate change and can be
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