1. | From the Contour panel Result type drop-down menu , select the data type that should be used to calculate the contours (for example: Displacement (v), Stress (t), 1D stress, Energy (s), etc.). The available options will change depending on the currently loaded result file. |
2. | Select the data component from the second drop-down menu below Result type . |
The list of available components is based on the selected result type, for example:
Result type
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Component options
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Displacement (v)
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Mag, X, Y, or Z
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Stress (t)
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vonMises, Signed vonMises, P1(major), P2(mid), P3(minor), MaxShear, Intensity, Pressure, In-plane P1(major),
In-plane P2(minor), XX, YY, ZZ, XY, YZ, or ZX
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1D stress
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Multiple options are listed for various elements such as: CELAS, CROD, CBAR, CBEAM, etc.
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Energy (s)
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No component selection is necessary.
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3. | If corner data is available, choose if an nodal or element value should be used by checking/unchecking the Use corner data option (see the element stress examples below). |
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Averaging: None
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Averaging: Simple/Advanced
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Use corner data off
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One value per element: centroid value taken from result file.
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One nodal value for all corresponding elements: averaged from each
centroid value.
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Use corner data on
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IP value mapped to nearest node,
OR, the Nodal result from result file (whichever of the two is available): values are not averaged at node.
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One nodal value for all corresponding elements: averaged using corresponding corner data values (either IP or nodal result from result file).
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4. | For Selection, pick one or more entities from the model. |
5. | For Resolved in, select the coordinate system that will be used to calculate the results. |
- | If User System is selected, use the System input collector to select a system by ID. |
6. | Use the Averaging method drop-down menu to select the averaging type of the element contribution at the shared element node (see the element stress examples below). |
Only one element contoured: Averaging at nodes with values from that element.
Values that are averaged at nodes have contributions from all of the attached elements.
7. | For Use variation (%), enter a percentage for the variation range. |
8. | Activate the relevant check boxes for Display options, Legend threshold, and Result display control. |
9. | Click Apply. The contour plot is displayed. |
For Abaqus .odb files
The following results are available from *.odb files:
• | Integration point values: S-Stress component or S-Stress component IP (Integration Points), depending on the result type. |
• | Nodal results: S-Stress component or S-Stress component IP (Integration Points), depending on the result type. |
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Averaging: None
|
Averaging: Simple/Advanced
|
Use corner data off
|
One value per element: centroid value taken from result file.
|
One nodal value for all corresponding elements: averaged from each centroid value.
|
Use corner data on
|
IP value mapped to nearest node
(S-Stress Components IP)
OR
Nodal result from result file
(S-Stress Component)
In both cases, values are not averaged at node.
|
One nodal value for all corresponding elements averaged using corresponding corner data values:
IP value (S-Stress Component IP)
OR
Nodal result (S-Stress Component) from the result file.
|
For *.op2 and *.h3d results
SHELL elements Solver output default - values are available at the centroid:
• | Use corner data option is not available. |
• | Averaging can be done on centroidal results (None, Simple, or Advanced). |
When CORNER, BILIN, or CUBIC have been called in the solver - nodal results will be available in the result file for each element:
• | Use Corner Data option is available. |
• | Corner data = nodal results are taken directly from the result file. |
• | Averaging can be done in HyperView on the values taken from the result file. |
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