Fluid-Solid Coupling Analysis on the 2-Dimentional Flow Field of Internal Mixer

Hai Xia Zhao; Hui Guang Bian

doi:10.4028/www.scientific.net/AMR.221.592

Paper Titles

The Study of Fuzzy/PID Compound Control Algorithms in Rubber Sulfuration Process Based on Sugeno Rules
p.571

Experimental Research on the Hot Knife’s Temperature in Radial Tire Building Machine
p.577

The Study of the Extruder Screw for the Rubber and Plastics Blend
p.582

Experimental Investigation of the Thermoplastic Tapioca Starch/Sisal Fiber Composites
p.586

Fluid-Solid Coupling Analysis on the 2-Dimentional Flow Field of Internal Mixer
p.592

Thermal Conductivity of Solid Argon Nano-Films from Molecular Dynamics Simulations
p.598

Numerical Analysis on Temperature Field in a LED Module
p.604

Research of Soccer Robot Target Tracking Algorithm Based on Improved CAMShift
p.610

The Effect of the Rotor’s Shape for the Mixing about the Mixing-Extruding Machine
p.615

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Fluid-Solid Coupling Analysis on the 2-Dimentional Flow Field of Internal Mixer

Abstract:

Two-dimensional flow field simulation of two-wing synchronous rotor and four-wing synchronous rotor mixer were studied and the simulation computation of the fluid-structure interaction in a real sense were realized with FEM software. It can be concluded that the synchronous four-wing rotor can produce the pressure area for mixing rubber better than the synchronous two-wing rotor under the same conditions, and therefore, refining capacity and efficiency of the synchronous four-wing rotor are bigger than that of the synchronous two-wing rotor.