NAME

姚山

Paper Publications

Development of a Composite Friction Material with Excellent Fade Resistance by Employing Oversized Ceramic Particles
  • Hits:
  • Indexed by:

    期刊论文

  • First Author:

    Sun, Weitao

  • Correspondence Author:

    Fu, XS (reprint author), Dalian Univ Technol, Sch Mat Sci & Engn, Key Lab Solidificat Control & Digital Preparat Te, Dalian 116085, Peoples R China.

  • Co-author:

    Zhou, Wenlong,Liu, Jianfa,Fu, Xuesong,Chen, Guoqing,Yao, Shan

  • Date of Publication:

    2018-03-01

  • Journal:

    TRIBOLOGY LETTERS

  • Included Journals:

    SCIE、EI

  • Document Type:

    J

  • Volume:

    66

  • Issue:

    1

  • ISSN No.:

    1023-8883

  • Key Words:

    Friction theory; New friction material; Oversized particles; Fade resistance; Wear

  • Abstract:

    Non-asbestos organic friction materials have historically been developed through a series of trial-and-error experimental procedure. But in this work, the friction theory was used to design and prepare a new composite friction material with excellent fade resistance. Oversized (3.0 +/- 0.5 mm) SiO2-based particles with the great thermal stability and large contact area against the disc were used to reinforce the resin matrix. The effectiveness of the oversized particles relative to particles of other sizes was evaluated using an established test procedure. The results showed that the oversized particles improve the fade resistance and wear resistance of materials, but not followed with excessive disc wear.

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