Engineering
Mathematical Model
100%
Isothermal
100%
Parametric Analysis
100%
Element Method
100%
Computational Fluid Dynamics
100%
Wall Shear Stress
100%
Flow Characteristics
100%
Flow Channel
100%
Increasing Demand
100%
Pressure Drop
100%
Mass Flowrate
100%
Viscous Flow
100%
Volume Element
100%
Rheological Behavior
100%
Melt Flow
100%
3d Simulation
100%
Flow Mechanism
100%
Power Law Model
100%
Keyphrases
Parametric Analysis
100%
Polymer Melt
100%
Pipe Extrusion
100%
Spiral Mandrel Die
100%
3D Simulation Analysis
100%
Mathematical Model
25%
Three-dimensional (3D)
25%
Non-isothermal
25%
Increased Demand
25%
High Productivity
25%
Flow Pattern
25%
Wall Shear Stress
25%
Flow Characteristics
25%
Computational Fluid Dynamics
25%
Mass Flow Rate
25%
Pressure Drop
25%
Flow Channel
25%
Structure Parameters
25%
Complex Flow
25%
Rheological Behavior
25%
Die Design
25%
Polymer pipes
25%
Flow Mechanism
25%
Fluid Dynamics Theory
25%
Viscous Flow
25%
Polymer Melt Flow
25%
Mandrel Structure
25%
Finite Volume Element Method
25%
Pipe Manufacturing
25%
Power-law Model
25%
Shear Temperature
25%
Material Science
Polymer Melt
100%
Computational Fluid Dynamics
25%
Viscous Flow
25%
Die Design
25%