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Fill or Flow results

This help topic specifies the results generated for analyses that include Fill, Fill+Pack, or Standalone Pack analysis sequences.

These results are generated for material with or without fiber or filler content.

Text based results

The following table lists the text results that are created for each these analyses.

Graphical results

The following table lists the graphical results that are created and indicates whether each result is supported by the following analysis technologies:

  • midplane Midplane
  • dual domain Dual Domain
  • 3d 3D

For more information about a result, including how to interpret the display, click on the result name.

Note: Thermoplastics overmolding analyses produce two sets of Fill analysis results, one for the first component and another for the overmolded component.
Important: For 3D compression molding analyses, the mesh is deformed inside the solver. The nodes/elements are moved up to the initial press position, and then move down as the press moves down. Those plots which are output several times during analysis, such as Pressure, Polymer fill region etc., are shown on the current (deformed) mesh position, and this is indicated in the relevant result description. For the rest of the plots, however, where data are output only once, the results are shown on the initial mesh at nodes in their pre-analysis position. Since the data may have been calculated when the node was at a quite different location, interpretation of the plots is subject to details of how the mesh is moved and smoothed. It is important that you understand this when interpreting the results.
ResultAvailable for analysis type
% Shot weight
Air traps
Air traps, including air vents 1
Average velocity
Bulk temperature
Bulk temperature (elemental)
Bulk temperature (nodal)
Bulk temperature at end of fill
Cavity weight
Clamp force: XY Plot
Clamp force centroid
Density
Displacements, core
Displacements, final shift
Extension rate (3D)
Fill time
Flow front speed
Flow front velocity
Flow front temperature, mold-cavity
Flow rate, beams 2
Time to reach ejection temperature
Frozen layer fraction
Frozen layer fraction at end of fill
Frozen pressure
Hold pressure
Grow from
Initial stress for warp in first principal direction
Initial stress for warp in second principal direction
Orientation at core
Orientation at skin
Orientation at bottom skin
Orientation at top skin
Polymer fill region (3D)
Pressure
Pressure at end of fill
Pressure at injection location: XY Plot
Pressure at V/P switch-over
Re-melt zone, overmolded components (3D Overmolding)
Re-melt zone, part insert (3D)
Real thickness, cavity
Ram position result
Ram speed, recommended: XY Plot
Shear rate
Shear rate (3D)
Shear rate, bulk
Shear rate, maximum (3D)
Shear stress at wall
Shear stress at wall (overmolding)
Sink marks, index
Sink marks, depth
Sink marks estimate
Temperature
Temperature (3D)
Temperature at flow front
Thermal conductivity tensor 3
Throughput
Time to reach ejection temperature
Unfilled cavity
Velocity
Velocity (3D)
Viscosity
Vent region pressure 1
Volumetric shrinkage
Average volumetric shrinkage
Volumetric shrinkage at ejection
Weld lines
Weld and meld lines
Weld surface formation (3D) result
Weld surface movement (3D) result
1This result is available only when the option to Perform venting analysis is selected in the solver parameters.
2The Flow rate, beams result will appear in any Fill analysis where 1-dimensional elements are modeled.
3The Thermal conductivity tensor result is available only when the fiber orientation analysis is enabled and the option to Consider fiber effect on thermal conductivity is set to Yes.

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