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Simulation Moldflow
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Simulation Moldflow

2012
2013
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Assign Property dialog
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Create Beams tool
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Create Triangles tool
Node 1/2/3 (Create Triangles)
Inherit properties from neighbors
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Create Tetras tool
Node 1/2/3/4 (Create Tetras)
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Meshing the model
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Remesh already meshed parts of the model
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Local mesh density quick change
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Define Mesh Density tool
Explorer view
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Remesh Tetras tool
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Export Warpage Mesh/Geometry dialog
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Help
Part Surface (Midplane) dialog-Part Surface Properties
Cross-sectional shape
Occurrence numbers
Exclude from clamp force calculation
Exclude from warpage calculation
Part Surface (Midplane) dialog-Mold Properties
Cavity/core side assignment
Mold material
Part Surface (Midplane) dialog-Mold Temperature Profile
Mold surface temperature controller: Top
Part Surface (Midplane) dialog-Eccentricity
Eccentricity (used only in warp and stress analyses)
Part Surface (Midplane) dialog-Overmolding Component
Component
Part Surface (Midplane) dialog-Part Surface Properties
Cross-sectional shape
Thickness
Occurrence numbers
Exclude from clamp force calculation
Exclude from warpage calculation
Cavity/core side assignment
Mold material
Part Surface (Midplane) dialog-Mold Temperature Profile
Mold surface temperature controller: Top
Mold surface temperature controller: Bottom
Part Surface (Midplane) dialog-Eccentricity
Eccentricity (used only in warp and stress analyses)
Part Surface (Midplane) dialog-Overmolding Component
Component
Part Surface (Dual Domain) dialog-Part Surface Properties
Thickness
Dual Domain type
Occurrence numbers
Exclude from clamp force calculation
Part Surface (Dual Domain) dialog-Mold Properties
Cavity/core side assignment
Mold material
Part Surface (Midplane) dialog-Mold Temperature Profile
Mold surface temperature controller: Top
Part Surface (Dual Domain) dialog-Overmolding Component
Component
Part Surface (Dual Domain) dialog-Part Surface Properties
Thickness
Dual Domain type
Occurrence numbers
Exclude from clamp force calculation
Exclude from warpage calculation
Part Surface (Dual Domain) dialog-Mold Properties
Cavity/core side assignment
Mold material
Part Surface (Midplane) dialog-Mold Temperature Profile
Mold surface temperature controller: Top
Part Surface (Dual Domain) dialog-Overmolding Component
Component
Part (3D)
Part (3D) dialog-Part Surface Properties
Local heat transfer coefficients
Mold surface temperature
Occurrence numbers
Exclude from clamp force calculation
Exclude from warpage calculation
Part (3D) dialog-Mold Properties
Mold material
Part (3D) dialog-Part Surface Properties
Local heat transfer coefficients
Mold surface temperature
Occurrence numbers
Exclude from clamp force calculation
Exclude from warpage calculation
Part (3D) dialog-Mold Properties
Mold material
Part (3D) dialog-Surface tension properties
Surface tension properties
Meshing the mold
Mesh diagnostics
Beam Element Count Diagnostic
Minimum
Maximum
Display or text
Display mesh/model
Place results in diagnostics layer
Restrict to visible entities
Trapped Beam Diagnostic
Display or text
Display mesh/model
Place results in diagnostics layer
Restrict to visible entities
Beam L/D Ratio Diagnostic
Minimum
Maximum
Display or text
Display mesh/model
Place results in diagnostics layer
Restrict to visible entities
Mesh Connectivity Diagnostic
Start connectivity check from entity:
Ignore beam elements
Display or text
Display mesh/model
Place results in diagnostics layer
Restrict to visible entities
Zero Area Elements Diagnostic
Find edge lengths below
Equivalent area
Find edge lengths below
Display or text
Display mesh/model
Place results in diagnostics layer
Restrict to visible entities
Cooling Circuit Diagnostic dialog
Display or text
Display mesh/model
Place results in diagnostics layer
Restrict to visible entities
Bubbler/Baffle Diagnostic dialog
Display or text
Display mesh/model
Place results in diagnostics layer
Restrict to visible entities
Mesh repair
Project Mesh tool
Select elements to project
Create as
Filter
Mesh Repair Wizard (3D)
Mesh Repair Wizard-Options for 3D Mesh Diagnostics
Mesh Repair Wizard-Tetra Mesh Overview
Mesh Repair Wizard-Inverted tetras
Mesh Repair Wizard-Collapsed faces
Mesh Repair Wizard-Insufficient refinement through thickness
Mesh Repair Wizard-Internal long edges
Mesh Repair Wizard-Tetras with Large Volume
Mesh Repair Wizard-Aspect Ratio (tetras)
Mesh Repair Wizard-Small included angles of tetras
Mesh Repair Wizard-Large included angles of tetras
Mesh Repair Wizard 3D-Summary
Mesh Repair Wizard
Mesh Repair Wizard-Stitch Free Edges
Mesh Repair Wizard-Fill Hole
Mesh Repair Wizard-Overhang
Mesh Repair Wizard-Degenerate Elements
Mesh Repair Wizard-Flip Normal
Mesh Repair Wizard-Fix Overlap
Mesh Repair Wizard-Collapsed faces
Mesh Repair Wizard-Aspect Ratio
Mesh Repair Wizard-Summary
Align Nodes tool
Alignment node 1/2
Nodes to move
Automatic apply when selection complete
Create as
Filter
Global Merge tool
Merge tolerance
Merge nodes along an element edge only
Merge report
Create as
Filter
Insert Nodes tool
Create new node at
Center of edge
Center of triangle
Center of tetra
Node 1/2/3 (Insert Nodes)
Tetra to split
Create as
Filter
Match Nodes tool
Select nodes to project into mesh
Select triangles for nodes to project to
Put new nodes into layer
Create as
Filter
Merge Nodes tool
Node to merge to
Nodes to merge from
Merge nodes along an element edge only
Automatic apply when selection complete
Create as
Filter
Move Nodes tool
Nodes to move
Location
Absolute
Relative
Create as
Filter
Purge Nodes tool
Create as
Filter
Smooth Nodes tool
Select
Preserve feature edges
Create as
Filter
Mesh Tools-Stitch Free Edges tool
Select
Stitch Tolerance
Create as
Filter
Regions from Mesh/STL tool
Tolerance
Planar
Angular
Create from
STL
Mesh
Create as
Filter
Mesh Tools-Delete Entities tool
Entities to delete
Create as
Filter
Molding processes
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775 views,  1 edit(s),  3906 characters(s) Page last modified 12:28, 5 Jun 2012 by contentconnector
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Local heat transfer coefficients

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    Specifies the heat transfer effectiveness (HTE) criteria to be applied to the selected tetrahedral elements.

    • Use global setting in advanced options-Use this option if you want to use the thermal properties specified in the Advanced options of the Process Settings Wizard.

      NoteTo view the global settings,
      1. Click (Home tab File:Simulation_Moldflow/enu/2013/Help/Insight/1572-The_mesh1572/1825-Local_he1825/ac.menuaro.gif Molding Process Setup panel File:Simulation_Moldflow/enu/2013/Help/Insight/1572-The_mesh1572/1825-Local_he1825/ac.menuaro.gif Process Settings).
      2. Click Advanced options.
      3. In the Solver parameters group, click Edit.
      4. Select the Mesh tab.

    • Perfect contact-When selected there is no heat resistance between the part and the mold surface. When this option is selected the wall nodes are a fixed thermal boundary for analysis purposes.

    • Local heat transfer coefficients-Allows you to specify the heat transfer coefficients for the selected tetrahedral elements. Click Set to adjust or view the Heat Transfer Coefficients for the selected tetrahedra.

    Note When assigning the heat transfer coefficient to an in-mold label, it is the ratio of thermal conductivity of label to the thickness of the label.

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