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Simulation Moldflow

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Mold surface temperature
Melt temperature
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Process Settings Wizard dialog-Fill Settings for First Component Stage
Mold surface temperature
Melt temperature
Advanced options...
Fiber orientation analysis if fiber material
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Mold surface temperature
Melt temperature
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Filling Control Profile Settings dialog
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Stroke volume
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Melt temperature
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Fiber orientation analysis if fiber material
Birefringence analysis if material data includes optical properties
Process Settings Wizard dialog-Fill+Pack Settings for First Component Stage
Mold surface temperature
Melt temperature
Cooling time
Advanced options...
Fiber orientation analysis if fiber material
Birefringence analysis if material data includes optical properties
Process Settings Wizard dialog-Fill+Pack Settings for Overmolding Stage
Material B
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Melt temperature
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Fill+Pack Analysis Advanced Options dialog
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Melt temperature
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Process Settings Wizard dialog-Cool settings
Mold surface temperature
Melt temperature
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Cool Solver Parameters dialog
Method for calculating geometric influence
value
Mold temperature convergence tolerance
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Calculate internal mold temperatures
Part Ejection Criteria dialog
Ejection temperature
Frozen percentage at ejection
Cool Analysis Advanced Options dialog
Molding material
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Mold material
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Cool (FEM) Solver Parameters
Cool (FEM) Solver Parameters
Steady, part heat flux calculation
Number of time steps
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Transient mold temperature convergence tolerance for each time step
Maximum number of transient mold temperature iterations for each time step
Transient mold temperature convergence tolerance
Maximum number of transient mold temperature cycles
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Fiber Orientation Solver Parameters dialog
Calculate fiber orientation using
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Process Optimization process settings dialog-Fill Analysis tab
Relative weightings for quality criteria (Dialog item)
Process Optimization process settings dialog-Fill+Pack Analysis tab
Relative weightings for quality criteria (Dialog item)
Molding Window analysis
Process Settings Wizard dialog-Molding Window Settings
Injection molding machine
Mold temperature range to analyze
Melt temperature range to analyze
Injection time range to analyze
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Molding Window Advanced Options dialog
Limits for calculation of feasible molding window
Limits for calculation of preferred molding window
Molding Window Input Range dialog
Mold temperature range
Melt temperature range
Injection time range
Stress analysis
Process Settings Wizard dialog-Stress Settings
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Consider gate surface and cold runners?
Matrix solver
Molding material
Large Deflection Analysis Solver Parameters dialog
Apply imperfection to model to assist convergence
Relative convergence tolerance
Maximum number of load incrementation steps
Maximum load factor
Maximum load factor increase per step
Maximum number of iterations per step
Output stress results at
Load incrementation method
Reconstruct stiffness matrix
Buckling Analysis Solver Parameters dialog
Isolate cause of warpage
Number of eigenvalues to output
Convergence tolerance for eigenvalue calculation
Model Imperfection for Large Deflection Analysis dialog
Create imperfection in model by applying
Manual Load Control Settings dialog
Load factor increment at each step
Shrink analysis
CRIMS Model Coefficients dialog
Corrected residual in-mold stress (CRIMS) model coefficients
Use CRIMS
View/edit test information...
Residual strain shrinkage data: Parallel standard deviation
Parallel
Residual strain shrinkage data: Perpendicular standard deviation
Perpendicular
View/edit test information...
Critical Dimension dialog
Dimensional tolerance
Warp analysis
Process Settings Wizard dialog-Warp Settings
Warpage analysis type
Solver parameters
Upgrade tetrahedral elements to second order
Stress analysis type
Consider gate surface and cold runners?
Consider corner effects
Include cold runners
Use mesh aggregation and 2nd-order tetrahedral elements/mesh options
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805 views,  1 edit(s),  1000 characters(s) Page last modified 13:26, 5 Jun 2012 by contentconnector
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Melt temperature

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    The temperature of the molten plastic, or melt, as it starts to flow into the cavity.

    If the model has a runner system, the melt temperature refers to the temperature of the melt as it enters the runner system. If the model does not have a runner system, the melt temperature is the temperature of the melt as it exits the gate(s).

    In cases where this is an input box, enter the required melt temperature.

    Note The melt temperature cannot be lower than the Transition temperature.

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