Crushing Force and Kinematics Analysis of Cone Crusher Based on Interparticle Breakage

Abstract

Abstract: Aiming at the solution to the practical problems in cone crusher design, the influence factors of crushing force and the distribution of crushing force on the generator of mantle are analyzed. Based on interparticle breakage theory, the distribution of crushing force on single crushing zone is revealed and the related method is proposed. Consequently, the method for finding the distribution of crushing force on the whole surface of mantle is presented. Considering the working principle and structural character of cone crusher, the loads of the key friction pairs are calculated, the kinematics of the working cone crusher is researched in depth, the rational design range of coefficients of the key friction pairs and the temperature change of lubricating oil when cone crusher is out of normal condition are obtained, thus providing technical method for acquiring the load information of cone crusher and providing theoretical basis for the research and development of domestic new high-efficiency cone crushers.

Key words: Cone crusher, Crushing force, Interparticle breakage, Kinematics of cone crusher, Rotation of shaft, Energy management, Equivalent consumption minimization strategy, Global optimization, Particle swarm optimization, Plug-in Hybrid Electric Bus

CLC Number:

TD451

DONG Gang;FAN Xiumin;ZHANG Xi;QIN Liehui. Crushing Force and Kinematics Analysis of Cone Crusher Based on Interparticle Breakage[J]. , 2010, 46(17): 159-164.

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http://www.cjmenet.com.cn/EN/Y2010/V46/I17/159

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Crushing Force and Kinematics Analysis of Cone Crusher Based on Interparticle Breakage

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