Experimental Research on Cutting Temperature of AISI 1045 in High Speed Milling Process

Abstract

The aim of this paper is to investigate the time dependence distribution of workpiece cutting temperature in milling process. An experimental system used to achieve a measurement of cutting temperature in high speed milling is designed by use of the thermocouple and infrared thermal imager. The general regularity of temperature distribution is concluded, and the influence of the process variables such as cutting speed, cutting depth, etc. on the temperature distribution was investigated in detail. All the experiment results can be effective used to develop a new non-contact soft-sensing method for high speed cutting temperature prediction.

WITHDRAWN: Temperature modeling and experimental analysis of high speed milling titanium alloy

“…Lu et al [3] applied RSM milling Inconel 718 experiment, the influence of spindle speed, feed rate, cutting depth single variable and multi variable interaction on milling temperature was studied, and reasonable milling parameters were obtained. Feng et al [4] measured the cutting temperature of high speed milling AISI 1045 by thermocouple and thermal imager, and analyzed the influence of cutting speed and cutting depth on temperature. PATRU et al [5] measured the milling temperature of pure titanium at different cutting depths by infrared thermometer.…”