FEA of Flow Fluid of Six-Wing Synchronous Varying Clearance Rotor

Lei Guo; Chuan Sheng Wang; Hui Guang Bian

doi:10.4028/www.scientific.net/KEM.561.59

Paper Titles

Experimental Study on Falling Process of Melt Electrospinning Fiber
p.36

Research on Properties of AROPOL G102 / Clay Nanocomposites
p.41

Study on the Influences of Ultrasonic Conditions on the Dispersion of Multi-Walled Carbon Nanotubes in Reinforced Epoxy
p.47

Study of the Mathematical Model for Online Predicting Mix Mooney Viscosity on the Rubber Open Mill
p.54

FEA of Flow Fluid of Six-Wing Synchronous Varying Clearance Rotor
p.59

Effects of Gate Locations on the Tensile Strength of Injection Molded Weld Lines
p.64

Numerical Simulation Research of Precision Injection Molding Control Method Based on P-V-T Properties of Polymers
p.70

The Experiment Measuring Method of Polymer Melt Bulk Modulus by PVT Principle
p.75

Numerical Simulation on Dispersive Mixing of Solid Powders/Polymer Matrix in Two-Rotor Mixer
p.80

HomeKey Engineering MaterialsKey Engineering Materials Vol. 561FEA of Flow Fluid of Six-Wing Synchronous Varying...

FEA of Flow Fluid of Six-Wing Synchronous Varying Clearance Rotor

Abstract:

The six-wing synchronous varying clearance rotors which have been designed for the mixing of short fiber-rubber composite material have special structure, and considering the characteristic of the short fiber-rubber composite material, the flow situation of mixed rubber is very complex. However, the flow field of the six-wing synchronous varying clearance rotors can be analyzed by ADINA. So, the flow situation and mixing situation of the mixed rubber can be analyzed and judged by the FEA results such as the pressure field, viscosity field, shearing force field and velocity field.