스테인레스강 절삭가공에서 공구의 온도 특성에 대한 실험적 연구

An Experimental Study of the Temperature Characteristics of a Cutting Tool in Machining of Stainless Steel

  • 발행 : 1996.03.01

초록

This is an experimental investigation of the temperature generated in a cutting tool during the machining of stainless steel. The temperature results from the wear of the cutting tool are considered in order to investigate the relation between cause and effect of these factors. This possibility has been tested using a thermocouple technique to record temperature vs. time curves for a variety of cutting conditions. This is done by employing a thermocouple inserted on the tool tip near the major cutting edge. Temperature distributions are calculated using finite element method and compared to the contour maps measured by an optical system. It suggests that the temperature gradients and the tool performance will be dependent on certain facotrs in tool geometry when cutting this material.

키워드

참고문헌

  1. British Journal of Appl. Phys. v.5 A Theoretical Investigation of the Temperature Distribution in the Metal Cutting Process A.C. Rapier
  2. ASME Journal of Engineering for Industry v.113 Assessment of Steady-State Metal Cutting Temperature Models Based on Simulations Infrared and Thermocouple Data D.A. Stephenson
  3. Effect of Tool Frank Wear on the Temperatures Generated during Metak Cutting G. Boothroyd
  4. Trans. ASME Measurement of Temperature Distribution within Tool Using Powders of Constant Melting Point S.Kato
  5. Proceedings of the 29th International MATADOR Conference An Experimental Investigation of Temperatures in Chip Formation H.T. Young
  6. Annals of the CIRP v.43/1 Cutting Temperatures Evaluation in Ceramic Tools : Experimental Test. numerical Analysis and SEM Observations S.Lo Casto;E.Lo Valvo;M.Piacentini
  7. Int.J.Mach. Tool Des.Res. v.7 An Analysis of the Development of Cabide Tool Crater Wear S.M. Wu;R.N. Meyer
  8. Wear v.151 Monitoring Groove Wear Development in Cutting Tools via Stochastic Modelling of Three-Demensional Vibrations X.D.Fang;Y.Yao;G.Arndt