Instantaneous Dynamic Analysis of the New Stirring Kneader Shaft
p.472
p.472
Optimal Design for Roller Motion Track of Tire Building Machine
p.478
p.478
Experimental Study on the Blending of EPDM/R-EPDM
p.484
p.484
Experimental Research on Seal Ring in the Pipeline Mixed with r-EPDM
p.490
p.490
Three-Dimensional Temperature Field of Mixer Chamber Analysis
p.495
p.495
Process of Supercritical CO2 Extraction and Improved Design of Extraction Equipment
p.505
p.505
The Study of Electroless Ni-P Coating on Aluminum Tyre Mold
p.511
p.511
The Effects of Interbedded Friction on Load Capacity of Rhombic Wire Wound Vessel
p.517
p.517
Optimization of Packing Pressure Curve in Injection Molding Based on Numerical Simulation
p.522
p.522
Three-Dimensional Temperature Field of Mixer Chamber Analysis
Abstract:
This paper analyzes the three-dimensional temperature field of mixer chamber during the mixing process by using the finite element method. The paper focuses on analyzing the three-dimensional temperature field of mixer chamber, the distribution of heat transferring, and the influence of forced cooling on the mixing temperature, and has verified by experiment the accuracy of finite element simulation of mixer chamber temperature.
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Periodical:
Advanced Materials Research (Volume 221)
Pages:
495-504
Citation:
Online since:
March 2011
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Сopyright:
© 2011 Trans Tech Publications Ltd. All Rights Reserved
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