Friction Experiment of Linear Motion Roller Guide THK SRG25

  • Cheng, De-Jun; 
  • Yang, Wan-Suk; 
  • Park, Je-Hong; 
  • Park, Tae-Jo; 
  • Kim, Su-Jin; 
  • 외 2명
Citations

WEB OF SCIENCE

32
Citations

SCOPUS

40

초록

Friction is a characteristic that can be found in machine elements in common engineering use, and it has great effect on the machining performance of a machine tool. Linear motion (LM) guides supported by rolling elements are used for accurate positioning of precision machine. For accurate positioning, the frictional behavior of the LM guide must be understood In this investigation, a new experiment is conducted to measure friction, and the behavior of LM roller guide friction is measured under various external loads, preloads, velocities, and lubricants. The results obtained from experiment are compared with reference data, and the experimental friction equation of LM roller guide THK SRG25 is achieved from experiment, which can be used to calculate LM roller guide friction and control positioning accuracy.

키워드

LM roller guide; External load; Dynamic friction; Stribeck effect; Coulomb friction; Viscous friction; STAGE; MODEL; DRY
제목
Friction Experiment of Linear Motion Roller Guide THK SRG25
저자
Cheng, De-Jun; Yang, Wan-Suk; Park, Je-Hong; Park, Tae-Jo; Kim, Su-Jin; Kim, Gyung-Ho; Park, Chun-Hong
DOI
10.1007/s12541-014-0369-y
발행일
2014-03
유형
Article
저널명
International Journal of Precision Engineering and Manufacturing
권
15
호
3
페이지
545 ~ 551