Review Paper of Dry Machining
Author(s):
Prof. B. R. Jadhav , Rajarambapu Institute of Technology,Sakhrale; Mr. Sanjay B. Dalavi, Rajarambapu Institute of Technology,Sakhrale; Prof. A. P. Patil, Nanasaheb Mahadik college of Engineering,peth
Keywords:
Dry Machining, Challenges, Solution, Strategy, Application etc.
Abstract:
Dry machining, which not uses a coolant, is an environmentally safe alternative to conventional machining. The way to eliminate coolant pollution is to use coolantless cutting, namely dry machining, technologies. However, tools for dry machining are still being developed. New tools and tool coating (ceramic, diamond, multi-layered) methods have been developed to reduce the cutting heat generation and to extend the tool life. Dry machining is considered a more sustainable process than machining with cutting fluid due to the absence of lubricants and coolants, which results in a reduced use of resources. In dry turning of titanium/super alloy, the cutting forces required are lower than those required using cutting fluids, and a better surface quality is achieved than in wet machining. There are many advantages of dry machining, such as increased flexibility, decreased cycle times, reductions in machine tool costs, and elimination of environmentally hazardous cutting fluids. To improve the fatigue strength, corrosion resistance of the product surface roughness is desired.
Other Details:
Manuscript Id | : | IJSTEV6I7004
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Published in | : | Volume : 6, Issue : 7
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Publication Date | : | 01/02/2020
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Page(s) | : | 11-15
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