Grinding process of aramid fiber reinforced rubber (2nd Report) - projecting fiber left unremoved on ground surface and frictional characteristics

Toshikatsu Nakajima, Kazuhito Oohashi, Satoru Yamamoto

Research output: Contribution to journalArticle

Abstract

The surface generation process in grinding aramid fiber reinforced rubber (AFRR) with a diamond grinding wheel is investigated. A grinding technique for required transmissibility of transmission belts which is represented by a coefficient of friction on the ground surface of AFRR is made clear. The coefficient of friction increases as the projecting fiber length decreases. In the steady grinding state, a required projecting fiber length of AFRR is given by controlling grinding conditions with the grinding force ratio. A matrix removal region exists for lower initial length of projecting fiber and a fiber removal region for higher initial projecting fiber length.

Original languageEnglish
Pages (from-to)1299-1303
Number of pages5
JournalSeimitsu Kogaku Kaishi/Journal of the Japan Society for Precision Engineering
Volume60
Issue number9
Publication statusPublished - Sep 1994
Externally publishedYes

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Aramid fibers
Rubber
Fibers
Friction
Diamond cutting tools

ASJC Scopus subject areas

  • Mechanical Engineering

Cite this

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abstract = "The surface generation process in grinding aramid fiber reinforced rubber (AFRR) with a diamond grinding wheel is investigated. A grinding technique for required transmissibility of transmission belts which is represented by a coefficient of friction on the ground surface of AFRR is made clear. The coefficient of friction increases as the projecting fiber length decreases. In the steady grinding state, a required projecting fiber length of AFRR is given by controlling grinding conditions with the grinding force ratio. A matrix removal region exists for lower initial length of projecting fiber and a fiber removal region for higher initial projecting fiber length.",
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AB - The surface generation process in grinding aramid fiber reinforced rubber (AFRR) with a diamond grinding wheel is investigated. A grinding technique for required transmissibility of transmission belts which is represented by a coefficient of friction on the ground surface of AFRR is made clear. The coefficient of friction increases as the projecting fiber length decreases. In the steady grinding state, a required projecting fiber length of AFRR is given by controlling grinding conditions with the grinding force ratio. A matrix removal region exists for lower initial length of projecting fiber and a fiber removal region for higher initial projecting fiber length.

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