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Simulation Moldflow

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Process controller for overmolding second component dialog
Process controller for overmolding second component dialog-Profile/Switch-Over Control tab
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Process controller for overmolding second component dialog-Time Control (Cool) tab
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Process controller for overmolding second component dialog-Time Control (Fill) tab
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Process controller for overmolding second component dialog-Time Control (Fill + Pack) tab
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Gas-Assisted Injection Controller dialog
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Process Settings Wizard dialog-Controller A Settings
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Controller A settings...
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Process Settings Wizard dialog-Controller B Settings
Melt temperature
Switch to the other controller by
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Controller A Settings dialog
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Injection-compression analysis
Injection-Compression Advanced Options dialog
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Compression Press Controller dialog
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Close injection location after packing
Compression surface dialog
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Compression surface dialog-Eccentricity tab
Eccentricity (used only in warp and stress analyses)
Reactive Injection-compression Molding analysis types and analysis technologies
Reactive Molding analysis types
Process Settings Wizard dialog-RIM Settings
Mold surface temperature
Melt temperature
Nominal injection time
Melt initial conversion
Curing time
Machine pressure limit
Intensification ratio
Preconditioning analysis
Process Settings Wizard dialog-RIM-MIB Settings
Mold surface temperature
Melt temperature
Nominal injection time
Melt initial conversion
Machine pressure limit
Intensification ratio
Preconditioning analysis
Reactive Molding Advanced Options dialog
Molding material
Process controller
Compression press controller
Injection molding machine
Mold material
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Microchip Encapsulation analysis
Process Settings Wizard dialog-Microchip Encapsulation Settings
Mold surface temperature
Melt temperature
Nominal injection time
Melt initial conversion
Curing time
Machine pressure limit
Intensification ratio
Preconditioning analysis
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Leadframe dialog
Material from which this feature is made
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Process Settings Wizard dialog-Microcellular Injection Molding Settings
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Resin Transfer Molding
Process Settings Wizard dialog-RTM/SRIM Settings
Mold surface temperature
Melt temperature
Nominal injection time
Melt initial conversion
Curing time
Machine pressure limit
Intensification ratio
Preconditioning analysis
Preform Surface (Dual Domain) dialog
Preform
Thickness
Dual Domain type
Preform orientation
Occurrence numbers
Preform Surface (Midplane) dialog
Preform
Preform orientation
Thickness
Occurrence numbers
Underfill Encapsulation analysis
Underfill Encapsulation analysis types and analysis technologies (Quick Reference)
Initial encapsulant temperature
Initial encapsulant conversion
Substrate temperature
Curing temperature
Curing time
Dynamic dispensing analysis
Advanced options...
Underfill Encapsulation Advanced Options dialog
Underfill encapsulant
Solver parameters
Family name
Trade name
Manufacturer
Family abbreviation
Data source
Date last modified
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Fibers/fillers
Underfill Encapsulant dialog - Filler Properties
Filler data
Density (rho)
Specific heat (Cp)
Thermal conductivity (k)
Mechanical properties data
Coefficient of thermal expansion (CTE) data
Tensile strength data
Aspect ratio (L/D)
Filler length information
Underfill Encapsulant dialog - Reaction Kinetics Properties
N-th order kinetics
Underfill Encapsulant dialog - Recommended Processing
Initial encapsulant temperature
Initial encapsulant temperature range
Substrate temperature
Substrate temperature range
Underfill Encapsulant dialog - Rheological Properties
Default viscosity model
Underfill Encapsulant dialog - Surface Tension Properties
Dynamic surface tension model
Underfill Encapsulant dialog - Thermal Properties
Melt density
Solid density
Specific heat data
Thermal conductivity data
Dispensing controller dialog
Start node or end node of the pass
Dispensing controller - Name
Dispensing data dialog
Dispensing volume per pass
Start time / End time for each pass
Dispensing Location dialog
Underfill encapsulant
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770 views,  1 edit(s),  922 characters(s) Page last modified 13:07, 5 Jun 2012 by contentconnector
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Intensification ratio

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    The ratio of the material pressure in front of the screw, compared to the oil pressure in the piston of the injection molding machine.

    You may find this ratio in the machine manual. The typical ratio is 10, and the range of the ratio is between 7 and 15.

    Enter the required intensification ratio.

    Tip You can calculate the material/hydraulic pressure ratio by dividing the piston area by the screw area.

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