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Prediction Model for Liner Wear Considering the Motion Characteristics of Material

Author

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  • Ruiyue Liu
  • Boqiang Shi
  • Yanhua Shen
  • Guoguang Li

Abstract

A generic model to explore the relationship between the parameters of cone crusher and liner wear is provided in this paper. Relative slide and squeezing between material and liner are considered based on the operating conditions, structure parameters, and material properties. The sliding distance of the material under different conditions is discussed. It is detailed how operating parameters and structural parameters influence the pressure on the liner surface. Considering that the process of liner wear evolves over time, the updating method of the geometry of crushing chamber is adopted. The wear model is derived based on Archard theory and is calibrated with the measured wear profiles of the liner from a PYGB1821 cone crusher. Experiments show that the predicted wear amount is consistent with the measured results. The wear model can be used to predict the wear state of liner and quantify the influence of operating parameters and structural parameters on the liner wear.

Suggested Citation

  • Ruiyue Liu & Boqiang Shi & Yanhua Shen & Guoguang Li, 2018. "Prediction Model for Liner Wear Considering the Motion Characteristics of Material," Mathematical Problems in Engineering, Hindawi, vol. 2018, pages 1-11, November.
    • Handle: RePEc:hin:jnlmpe:9278597
    DOI: 10.1155/2018/9278597
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