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Simulation Moldflow

2012
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Flux, part (top) result
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Flux, part result
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Temperature, mold (transient) result
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Temperature, mold-cavity interface (transient from start-up) result
Temperature, mold-cavity interface (transient) result
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Temperature, mold-circuit interface (transient from start-up) result
Temperature, mold-circuit interface (transient) result
Temperature, mold-circuit interface (transient from start-up) result
Temperature, mold insert (averaged) result
Temperature, mold insert (transient from start-up) result
Temperature, mold insert (transient) result
Temperature, mold-insert difference (averaged) result
Temperature, mold-insert difference (transient from start-up) result
Temperature, mold-insert difference (transient) result
Temperature, mold-mold difference (averaged) result
Temperature, mold-mold difference (transient from start-up) result
Temperature, mold-mold difference (transient) result
Temperature, mold (top) result
Temperature, mold (bottom) result
Temperature, mold result
Temperature, mold (transient) result
Temperature, parting plane (top) result
Temperature, part (averaged) result
Temperature, part (transient from start-up) result
Temperature, part (transient) result
Temperature, part insert (averaged) result
Temperature, part insert (transient from start-up) result
Temperature, part insert (transient) result
Temperature, part result
Temperature, part (bottom) result
Temperature, part (top) result
Temperature, part insert result
Temperature profile, cold runner result
Temperature profile, hot runner result
Temperature profile, part result
Temperature, rapid heating and cooling thermocouples (transient) result
Temperature, rapid heating and cooling thermocouples (transient from start-up) result
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Temperature residual, part result
Time to reach ejection temperature, cold runner result
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778 views,  1 edit(s),  1546 characters(s) Page last modified 23:59, 4 Jun 2012 by contentconnector
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Flux, part (bottom) result

    Table of contents
    1. 1. Using this result

    The Flux, part (bottom) result shows the average rate of heat flow across the bottom (red) mold/part interface during the cycle.

    The surface flux is affected by the Mold-melt Heat Transfer Coefficients (HTC) values.

    A lower HTC value represents a greater resistance to heat transfer between the polymer and the mold.

    This result is available for Midplane analysis technology only.

    Using this result

    Use this result to find localized hot or cold spots, and determine whether they will affect cycle time and part warpage. If there are hot or cool spots, you may need to adjust the cooling channels.

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