Comparison in surface roughness of Ti6Al4v using CBN & bondless tool with the operations of turning and grinding

Contrast and the machinability reaction of Ti6Al4V in turning and grinding activity and afterward observing
the condition of the tool the test results utilizing two procedures. In this manner, during the machining of Ti alloys, tool
wears quickly. In this paper, cutting tool wear checking, practiced through a methodology dependent on multiple layer
neural networks. In correlation with different operations, utilizing bondless precious tools, the contact (tool and
work)region temperature is very high, diamond tool will givegood and fine finishing, toevaluate thetool wear with the
operation of titanium in machine utilizing cBN tool and contrasting tool wear and assessed tool wear utilizing bondlessdiamond tool. Testing parameterwascollected during machining of work. With different methods and parameters, theworking method shows different variables are estimated. The working operationterms are speed, depth of cut, and.
Thisoperating procedure delivers the different variable it is flank wear, land width of the device and Ra of the job.
Utilizing the data collected, training pattern and test designs are to be acquired.