Abstract
Turning Process is a significant machining process in which TiAlN covered tipped cutting tool inserts additions expel material from the outside of a pivoting round and hollow work piece. Machining of Oil Hardened Non Shrinking (OHNS) Steel is a challenge for production engineers in tool industry. In this examination paper, an investigation on turning OHNS Steel utilizing tungsten carbide instrument additions is made by shifting profundity of cut, feed rate and cutting rate each in turn and keeping other two consistent. The effect on process parameters like surface finish, material removal rate, tool wear, cutting force, thrust force and temperature distribution on tool tip are discussed.
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