An Analysis of Carbide Tool Wear using Adhesive Wear Model

Abstract

본 연구는 고강도 재질의 절삭시 생기는 절삭열 및 그외 다른 기본절삭 인자들이 공구 마모에주는 영향을 해석함에 있다.

Carbide 공구마모의 해석이 온도의 영향을 고려한 응착마모 기구의 관점에서 행해졌다.

여기서 유도된 측면 및 경사면 마모에 대한 마모식은 모두 Taylor의 공구 수명식으로 정리되었으며, 실험 결과와 일치됨을 보였다.

The present work is to analyze the effect of cutting temperature and the pther fundamental cutting paramenters on tool wear when high strength materials are machined. An analysis of carbide tool wear is carried out based on the mechanism of adhesive wear considering the effect of temperature.

Both of the derived wear equation for glank and crater are arranged into the Taylor tool-life euqation and shown to be in accordance with the experimental results.

The present work is to analyze the effect of cutting temperature and the pther fundamental cutting paramenters on tool wear when high strength materials are machined. An analysis of carbide tool wear is carried out based on the mechanism of adhesive wear considering the effect of temperature.

Both of the derived wear equation for glank and crater are arranged into the Taylor tool-life euqation and shown to be in accordance with the experimental results.