Abstract
In metal cutting, self-propelled rotary tools in which the contact zone between tool and workpiece continuously changes have been used in recent years. The previous researchers used the self-propelled rotary cutting tools specially designed and manufactured for experimental study. This study presents an experimental investigation to evaluate the performance of a new designed and manufactured self-propelled rotary cutting tool. The experiments were realized by turning mild steel under different cutting parameters in order to determine the flank wear and the surface roughness. It has been seen that the new designed cutting tool has major advantage over stationary cutting tool providing longer tool life, but poor workpiece surface quality.
Highlights
Metal cutting methods should be applied to provide fast and economically of desired machining quality.Cost effective machining can be provided by selecting process conditions and parameters accurately
EXPERIMENTAL PROCEDURE In this study, the effects of cutting speed and feed on tool wear and surface roughness were investigated with self-propelled rotary cutting tool in turning
New studies and technologies are developed to increase tool life and to maintain quality machined surface. One of these is the use of rotary cutting tool in machining
Summary
Metal cutting methods should be applied to provide fast and economically of desired machining quality.Cost effective machining can be provided by selecting process conditions and parameters accurately. Metal cutting methods should be applied to provide fast and economically of desired machining quality. A lot of problems encountered during machining are due to heat generation and high temperatures. There are various methods in order to reduce the heat generation effecting cutting tool life. The most common application is the use of cutting fluids. The use of cutting fluids has been decreased due to detrimental effects of health and environment. It has begun on finding new methods instead of cutting fluids. One of these methods employs rotary cutting tool
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