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Design simulation of glass-fiber-loaded flow in an internally spout-fluidized bed for processing of thermoplastic composites. I. Flow characterization
Yuan Zong,
Xiaogang Yang
, Gance Dai
Research output
:
Journal Publication
›
Article
›
peer-review
4
Citations (Scopus)
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Citation Indexes:
4
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9
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Dive into the research topics of 'Design simulation of glass-fiber-loaded flow in an internally spout-fluidized bed for processing of thermoplastic composites. I. Flow characterization'. Together they form a unique fingerprint.
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Keyphrases
Design Simulation
100%
Thermoplastic Composites
100%
Spout-fluid Bed
100%
Flow Characterization
100%
Fiber Dispersion
30%
Large Eddy Simulation
30%
Fiber Flocs
30%
Flow Field
20%
Fiber Bundle
20%
Statistical Analysis
10%
Volume Fraction
10%
Strong Interaction
10%
Numerical Simulation
10%
Design Process
10%
Flow Pattern
10%
Direct Measurement
10%
Stress Rate
10%
Hydrodynamic Behavior
10%
Low Volume
10%
Pre-impregnation
10%
Rheometer
10%
Strain Rate
10%
Strength Measurement
10%
Round Jet
10%
Hydrodynamic Effect
10%
Simulation Runs
10%
Novel Fiber
10%
Draft Tube
10%
Turbulence Kinetic Energy
10%
Hydrodynamic Analysis
10%
Long Glass Fiber
10%
Fiber Impregnation
10%
Resin Powder
10%
Fiber-reinforced Thermoplastics
10%
Reynolds Stress
10%
Fiber Performs
10%
Effective Dispersion
10%
Dispersion Process
10%
Confined Impinging Jets
10%
Chemical Engineering
Fluidized Bed
100%
Thermoplastics
100%