Keyphrases
Single Screw Extruder
100%
Heterogeneous Polymers
66%
Melting Behavior
55%
Pure Materials
44%
Melting Rate
44%
Homogeneous-heterogeneous
33%
Bulk Solids
33%
Solids Conveying
33%
Extrusion Die
33%
Single Screw Extrusion
33%
Mixing Ratio
22%
Shear Stress
22%
Polymer Mixtures
22%
Pellet Size
22%
Bulk Density
22%
Synergy Factor
22%
Melting Zone
22%
Delay Zone
22%
Shear Stress Rate
22%
Shear Melting
22%
Melt Removal
22%
Polymer System
11%
Screw Pullout
11%
Thermoplastic Polymer
11%
Melting Model
11%
Block Copolymer
11%
Screw Extrusion
11%
High-density Polyethylene
11%
Polyamide 66 (PA66)
11%
Bulk Polymers
11%
Melting Process
11%
External Friction
11%
Polypropylene
11%
Calculation Model
11%
Friction Coefficient
11%
Analytical Calculation
11%
Plastic Processing
11%
Velocity Profile
11%
Interfacial Slip
11%
Moving Boundary Condition
11%
Price Performance
11%
Wall Slip
11%
Viscosity Model
11%
Numerical Integration Method
11%
Real Behavior
11%
Extrusion Process
11%
Screw Channel
11%
One-dimensional Flow
11%
Temperature Effect
11%
Physical Principles
11%
Good Prices
11%
Experimental Determination
11%
Best Model
11%
Performance Ratio
11%
Pressure Dependence
11%
Polypropylene Copolymer
11%
Mixed Polymers
11%
Material Combination
11%
Classical Model
11%
Poly(methyl methacrylate)
11%
Solid Bed
11%
Special Positions
11%
Melt Film
11%
Multi-layer Flow
11%
Engineering
Melting Point
100%
Single Screw Extruder
83%
Melting Behavior
50%
Polymer Bulk
33%
Extrusion Dies
33%
Pure Material
26%
Bulk Density
16%
Model Experiment
13%
Induced Drag
13%
Polymer Mixture
9%
Integration Method
8%
Melting Process
8%
Experimental Determination
8%
Plastic Processing
8%
Numerical Integration
8%
Screw Channel
8%
Physical Principle
8%
Asymmetrical Velocity Profile
8%
One-Dimensional Flow
8%
Performance Ratio
8%
Computational Fluid Dynamics
8%
Fluid Viscosity
8%
Extrusion Process
8%
Boundary Condition
8%
Coefficient of Friction
8%