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Simulation Moldflow

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Simulation Moldflow

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Analysis sequence

Materials and databases

Running an analysis

Troubleshooting guide

Reference materials

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Glossary of Terms

Absolute ram speed profile

Amorphous polymers

Anisotropic shrinkage

Barrel capacity

Best Fit technique

Boundary representation solid

Circular runner

Circular tapered arc gate

Circular tapered gate

Circular tapered runner

Circular tapered sprue

Closed loop controller

Composite curve

Compressibility model

Computer-aided design (CAD)

Computer-aided manufacturing (CAM)

Cooling channel

Crystalline morphology

Crystalline polymers

Crystallization

Design of experiments (DOE)

Disc or diaphragm gate

Dominant flow path

Ejection temperature

Extensional viscosity

Family abbreviation

Feasible molding window

Fiber orientation

Flow leaders and deflectors

Free-form curves and surfaces

Hydraulic pressure

Injection location

Injection pressure

Injection velocity

Injection volume

Intersecting mesh elements

Isotropic material

Machine intensification ratio

Melt temperature

Mesh intersection

Mesh-surface (Dual Domain)

Mesh-volume (3D)

Mold temperature

Network runners

No-flow temperature

Nominal part thickness

Non-manifold edge

Non-return valve

Normalized thickness

Nozzle pressure

Open loop controller

Orthotropic material

Overlapping mesh elements

Poisson's ratio

Preferred molding window

Press compression force

Pressure gradient

Pressure controlled stage

Pressure profile

Pressure stroke

Pressure-Volume-Temperature (pvT)

Process control

Process parameters

Processing conditions

Racetrack effect

Ram speed profile

Rectangular gate

Rectangular runner

Relative ram speed profile

Restricted gate

Reynolds number

Runner/Runner system

Screw back position

Screw displacement

Screw forward position

Semicircular gate

Semicircular runner

Semicrystalline

Streak mark-color

Streak mark-dark

Streak mark-glass fiber

Streak mark-white

Tensile strength

Thermal conductivity

Thermal degradation

Thick and chunky

Transition temperature

Trapezoidal runner

Trimmed surface

Unbalanced flow

Unidirectional flow

Velocity stroke

Velocity controlled stage

Velocity to pressure switchover

Viscosity index

Viscosity model

Wire-sweep index

Zero screw position

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Viscosity model

Table of contents

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The relationship of the variables that affect viscosity.

The viscosity of polymers is dependent on temperature, pressure, and shear rate. There are several mathematical models that can be used to describe viscosity.

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