Graphing Results of Multi-Step Solution Studies
Time-Varying Solutions
After running a study with time-varying solution steps, such as nonlinear,
drop test, or modal time history, you can generate 2-D graphs of the desired
result at selected model locations.
For transient thermal studies, use the probe
tool to create thermal time history graphs at certain locations.
To define a time history graph:
In the Simulation study tree, right-click the
Results folder and
select Define Time History Plot.
The Time
History Graph PropertyManager appears.
Under Response,
select the locations (nodes) at which you want to graph the desired result.
Vertices under Predefined
locations are set in the Sensors
PropertyManager.
To de-select a node, click
on it in the list.
If applicable, under X-Axis,
do the following:
Select an item to graph in Component
.
Select an item in Units
to define the units of the graph.
If applicable, under Y-Axis,
do the following:
Select an item to graph in Component
.
Select an item in Units
to define the units of the graph.
If applicable, under X-Axis
Range (Time), set a time interval and the resolution of intermediate
time steps for the graph.
Click .
Frequency-Varying Solutions
After running a study with frequency-varying solution steps, such as
harmonic or random vibration, you can generate 2D frequency response graphs
of the desired result at selected model locations.
To define a frequency response graph:
In the Simulation study tree, right-click the
Results folder and
select Define Response Graph
The Response
Graph PropertyManager appears.
Under Response,
select the locations (nodes) at which you want to graph the desired result.
Vertices under Predefined
locations are set in the Sensors
PropertyManager.
To de-select a node, click
on it in the list.
Under Y-Axis,
do the following:
Select an item to graph in Component
.
Select an item in Units
to define the units of the graph.
If applicable, under X-Axis
Range (Frequency), set a frequency interval and the resolution
of intermediate frequency steps for the graph.
Click .