Examine Results

Query the value of a result plot at a specific point and, where appropriate, determine the underlying, contributory analysis results.

Access:
  On the Mold Layout tab, or the Core/Cavity tab, click Examine Results.

Confidence of fill tab

Displays when you run a fill analysis on a plastic part or mold assembly.

Confidence of fill Displays the probability of plastic filling a region in the cavity under conventional injection molding conditions. Use the additional Help link to learn how to use this result.
Temperature at flow front Displays the temperature of the polymer at the specified point on the result plot.
Pressure drop Represents the drop in pressure from the injection location to a specified point on the model at the moment that place was filled. That pressure is the pressure required to force material to flow to that point.
Pressure at end of fill Displays the maximum injection pressure value at a specified point on the model at the end of the filling phase.

Quality prediction tab

Displays when you have run a fill analysis on a plastic part or mold assembly.

Quality prediction Provides an estimate of the expected quality of the appearance of the plastic part, and its mechanical properties. Use the additional Help link to learn how to use this result.
Temperature at flow front Displays the temperature of the polymer at a specified point on the result plot.
Pressure drop Represents the drop in pressure from the injection location to a specified point on the model at the moment that place was filled. That pressure is the pressure required to force material to flow to that point.
Fill time Displays the time taken for the polymer flow to reach a specified point on the result plot.
Time to reach ejection temperature Displays the amount of time required to reach the ejection temperature, measured from the end of fill, for a specified point on the model.
Shear stress Displays the value of the shear stress for a specified point on the model.
Shear rate Displays the rate of shear strain (the velocity gradient through the cross-section) in the mold cavity for a specified point on the model at the time the result is written.