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Table of contents
This help topic specifies the results for a Fill analysis or Fill+Pack analysis sequence on a thermoplastic material with fiber or filler content.
Text based results
The following table lists the text results generated by using the fiber option in a Fill analysis or Fill+Pack analysis sequence.
| Results |
|---|
| Analysis log |
| Results Summary |
Graphical results
The following table lists the graphical text results generated by using a material with fiber or filler content in a Fill analysis or Fill+Pack analysis sequence, and indicates whether each result is supported for the following analysis technologies:
Midplane 
Dual Domain 
3D
For more information about a result, including how to interpret the display, click on the result name.
Topics in this section
- Average fiber orientation result
The Average fiber orientation result is generated by a Fill or Fill+Pack analysis using Midplane or Dual Domain analysis technology, when the option to perform Fiber orientation analysis if fiber material is enabled.
- Fiber orientation tensor result
The Fiber orientation tensor result shows the orientation tensor (degree of orientation) at the end of the injection molding process.
- Linear thermal expansion coefficient results
The Linear thermal expansion coefficient result indicate any shrinkage that has occurred in relation to temperature changes.
- Poisson’s ratio (fiber) result
The Poisson’s ratio (fiber) result is a fiber-over-thickness (FOT) averaged value, therefore, it is an element-based value averaged over all the laminates of each element.
- Poisson’s ratio (v12) result
The Poisson’s ratio (v12) result indicates the strain in the second principal direction caused by the stress in the first principal direction.
- Poisson’s ratio (v13) (3D fiber) result
The Poisson’s ratio (v13) result is generated from a Fiber orientation Pack analysis using 3D analysis technology.
- Poisson’s ratio (v23) (3D fiber) result
The Poisson’s ratio (v23) result indicates the strain in the third principal direction caused by the stress in the second principal direction.
- Shear modulus (fiber) result
The Shear modulus, sometimes called the rigidity modulus, refers to the change produced by a tangential stress, and provides a measure of how stiff the material is.
- Shear modulus (G12) result
The Shear modulus (G12) result shows the shear strain applied in the XY direction, coinciding with the fiber orientation direction.
- Shear modulus (G13) (3D fiber) result
The shear modulus, sometimes called the rigidity modulus, refers to the change produced by a tangential stress, and provides a measure of how stiff the material is.
- Shear modulus (G23) (3D fiber) result
The Shear modulus (G23) result indicates the shear strain applied in the YZ direction (second and third principal directions).
- Tensile modulus, principal direction results
The Tensile modulus, principle direction results indicate how much stress is needed to cause a unit of movement.