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Abstracts, <strong>cont</strong>.<br />

Beneficial effects of solid lubricant mixture assisted machining<br />

NAMRC41-1524<br />

Narala Suresh Kumar Reddy, BITS Pilani Hyderabad Campus, HYDERABAD, India, H A Kishawy, UOIT, Oshawa,, ON,<br />

Canada<br />

Machining of high strength materials is associated with generation of high Machining of high strength materials<br />

is associated with generation of high cutting temperature, which results in premature failure of cutting tools and<br />

hence there is a need to look into new machining methods to withstand high temperature generation. In this<br />

research work, the feasibility of an approach for developing a new generation of machining technique namely<br />

Solid Lubricant mixture assisted machining has been envisaged with an aim to eliminate the use of cutting fluids<br />

in machining operation. This approach is based on a concept of supplying solid lubricant mixture as a high velocity<br />

jet for specific hard turning of mold steel, thus meeting environmental requirements. A detailed comparison has<br />

been made with wet, dry and MQL machining. It can concluded that the present research work helps to provide a<br />

better understanding of solid lubricant assisted machining, to enhance the performance of machining process, and<br />

consequently to improve productivity.<br />

169 MSEC 2013 NAMRC 41

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