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Simulation Moldflow

2012
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Co-injection analysis results
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Average temperature, cold runner result
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Frozen layer percentage, part (bottom) result
Frozen layer percentage, part (top) result
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Temperature, core (transient from start-up) result
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Temperature, mold-circuit interface (transient) result
Temperature, mold-circuit interface (transient from start-up) result
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Temperature, mold insert (transient) result
Temperature, mold insert (transient from start-up) result
Temperature, mold-insert difference (averaged) result
Temperature, mold-insert difference (transient) result
Temperature, mold-insert difference (transient from start-up) result
Temperature, mold-mold difference (averaged) result
Temperature, mold-mold difference (transient) result
Temperature, mold-mold difference (transient from start-up) result
Temperature, part result
Temperature, part (bottom) result
Temperature, part (top) result
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Temperature, part (transient, profile) result
Temperature, part (transient from start-up) result
Temperature, part (transient from start-up, profile) result
Temperature, part insert result
Temperature, part insert (averaged) result
Temperature, part insert (transient) result
Temperature, part insert (transient from start-up) result
Temperature, parting plane (bottom) result
Temperature, parting plane (top) result
Temperature profile, cold runner result
Temperature profile, hot runner result
Temperature profile, part result
Temperature, rapid heating and cooling thermocouples (transient from start-up) result
Temperature, rapid heating and cooling thermocouples (transient) result
Temperature residual, exterior shell result
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Temperature residual, part result
Temperature, runner (averaged) result
Temperature, runner (average, profile) result
Temperature, runner (transient) result
Temperature, runner (transient, profile) result
Temperature, runner (transient from start-up) result
Temperature, runner (transient from start-up, profile) result
Time to reach ejection temperature, cold runner result
Time to reach ejection temperature, part result
Time to reach ejection temperature, part (profile) result
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781 views,  1 edit(s),  2817 characters(s) Page last modified 16:58, 5 Jun 2012 by contentconnector
How to add your knowledge

Frozen layer percentage, part (top) result

    Use this result with the Frozen layer percentage, part (bottom) result to determine if the part froze uniformly.

    Using this result

    Ideally the frozen layer thickness should be the same for both top and bottom surfaces to help achieve uniform cooling.

    The amount of the wall thickness which must be frozen before ejection will depend upon the part stiffness, the degree to which the part is resisting ejection (due for example to mold finish or overpacking) and the design and position of the ejector system components.

    Note This result is a fraction of the entire element thickness. In the following diagram, the top frozen layer thickness is 0.5 (the bottom frozen layer thickness is 0.2).

    Things to look for

    • The same frozen layer thickness for the top and bottom surfaces.
    • Non-uniform cooling.
     
    Note When using Dual Domain analysis technology, this result will have no meaning for some elements. If an element does not have a matching element on the other side of the part, such as the element shown in red in the diagram above, then this result is meaningless.

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