Fiber Orientation analysis results

Results
Analysis log
Results Summary

Result	Analysis technology
Average fiber orientation result
Fiber orientation tensor result
Linear thermal expansion coefficient results
Poisson’s ratio (fiber) result
Poisson’s ratio (v12) result6
Poisson’s ratio (v13) (3D fiber) result
Poisson’s ratio (v23) (3D fiber) result
Shear modulus (fiber) result
Shear modulus (G12) result
Shear modulus (G13) (3D fiber) result
Shear modulus (G23) (3D fiber) result
Tensile modulus principal direction results
Tensile modulus principal direction (fiber) results
Fiber length averaged by number
Fiber length averaged by weight
Fiber length probability distribution

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.

Fiber length averaged by number result
The Fiber length averaged by number result is generated by a Fill or Fill+Pack analysis, when the option to perform Fiber orientation analysis if fiber material is enabled, the option to Calculate fiber breakage is enabled, and the selected molding material is a long-fiber composite material.

Fiber length averaged by weight result
The Fiber length averaged by weight result is generated by a Fill or Fill+Pack analysis, when the option to perform Fiber orientation analysis if fiber material is enabled, the option to Calculate fiber breakage is enabled, and the selected molding material is a long-fiber composite material.

Fiber length probability distribution result
The Fiber length probability distribution result is generated at specified nodes by a Fill or Fill+Pack analysis, when the option to perform Fiber orientation analysis if fiber material is enabled, the selected molding material is a long-fiber composite material, and the option to Calculate fiber breakage is enabled.

Fiber Orientation analysis results

Text based results

Graphical results