Finite Element and Modal Analysis of Key Components of Horizontal Vibrating Centrifuge


Article Preview

This article analyzed the finite element on horizontal centrifuge of VM1400, established finite element model of the corresponding parts and gave the vibration modes of the various movements. Through the stress, strain, displacement calculation and modal analysis of the various components, the conclusions include that the level 1 of the vibrating body and the secondary vibrating body do the regular axial horizontal linear reciprocating motion, there is relative displacement between the two bodies, and the vibration frequency is close to the operating frequency.



Edited by:

Zhong You




L. Z. Ren et al., "Finite Element and Modal Analysis of Key Components of Horizontal Vibrating Centrifuge", Advanced Materials Research, Vol. 619, pp. 365-369, 2013

Online since:

December 2012




[1] L.Z. Ren, K.M. Liu, W.H. Yang, etc: Finite Element Simulation and Modal Analysis of Horizontal Vibration Centrifuge (Machine Design and Research, China 2010).

[2] L.Z. Ren: Study to Combustion Characteristics of Defined Oil Coal Water Slurry in Diesel Engine (China University of Mining and Technology, China 2007).

[3] R.K. Wang, J.Z. Liu, Y.X. Hu, etc: Influence of Wet Sludge on Slurrying Properties of Coal-Water Slurries( Journal of China Coal Society, China 2010).

[4] X.Z. Cao, W.D. Zhao, J.Z. Liu, etc: Thermogravimetry Investigation on Combustibility of Coalslime Water Slurry (Journal of China Coal Society, China 2009).

[5] S.X. Shi: Fragmentation Mechanism of Initial Stage of Liquid Atomization(Engine, China 1996).