Chapter 15: Creating Graphs
If you want to review your material property curves, trace the time-history response of your system, or
examine the relationship between any two items in your analysis, you can often do so most effectively
using a graph. ANSYS graphs can be either 2-D (X-Y ) or 3-D (X-Y-Z, where Z must always be TIME).
The following figure shows two typical graphs:
Figure 15.1: Typical ANSYS Graphs
The most convenient way to create and control graph displays is by using the GUI operations available
under Utility Menu> Plot and Utility Menu> PlotCtrls. Alternatively, you can use graphics action and
control commands, as described in the following topics:
15.1. Graph Display Actions
15.2. Changing the Specifications for Graph Displays15.1. Graph Display Actions
The commands listed below create graphs anywhere in the ANSYS program (including the BEGIN level):
To display linear material properties (those defined with the MP family of commands) as a function of
temperature, use the following:
Command(s):MPPLOT
GUI: Utility Menu> Plot> Materials
To display nonlinear data curves (stress-strain, B-H curve, etc. defined with the TB family of commands),
use one of the following:
Command(s):TBPLOT
GUI: Utility Menu> Plot> Data Tables
To display column vectors of arra y parameters, use one of the following:
Command(s):*VPLOT
GUI: Utility Menu> Plot> Array Parameters
The commands listed below create graphs in POST1 only:
To display a stress item associated with a particular location and event versus loading number (for use
in fatigue analyses), use one of the following:
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