Determination of Surface Roughness by Ball Burnishing Process Using Factorial Techniques
Burnishing is a method of finishing and hardening
machined parts by plastic deformation of the surface. Experimental
work based on central composite second order rotatable design has
been carried out on a lathe machine to establish the effects of ball
burnishing parameters on the surface roughness of brass material.
Analysis of the results by the analysis of variance technique and the
F-test show that the parameters considered, have significant effects
on the surface roughness.
<p>[1] N.H.Loh, S.C.Tam & S.Miyazawa, ‘Ball Burnishing of Tool Steel’,
Precision Engineering, Vol.15, No.2, April1993, pp100-105.
[2] N.H.Loh, S.C.Tam & S.Miyazawan, ‘Investigation on the surface
roughness produced by ball burnishing’, Int.J.mach tools Manufacture
vol .31, pp75-81, 1991.
[3] B.Kotiveerachari & R.L.Murthy, ‘Study of some aspects of burnishing’,
Int.J.Prod.res. 1985, Vol.23, No.3, pp499-521.
[4] S.S.Pande & S.M.Patil, ‘Investigations on Vibratory burnishing
processes’, Int.J.Mach.Tool Des.Res. Vol.24, No.3, pp195-206, 1984.
[5] B.Kotiveerchari, R.L.Murthy, ‘Burnishing of Metallic Surfaces- a
review’ Precision Engineering, 1981, pp172-179.
[6] M.L.Neema, P.C.Pandey, ‘Effects of Asperity Deformation on the
surface of machined surfaces’, 9th AIMTDR Conference, IIT Kanpur,
Dec-1980, pp435-438.
[7] William.G.Cochran and Cox, Experimental Design, 2nd Edition,
Jonhwilly and sons.
[8] P.S.Dabeer and Dr.G.K.Purohit, ‘Investigation on Surface finish by Ball
Burnishing’, Proceeding of National conference on Design for Product
Life Cycle, Birla Institute of Technology and Science, Pillani, Rajasthan,
Feb 2006, (dplc-ma-fp-17pdf).</p>
<p>[1] N.H.Loh, S.C.Tam & S.Miyazawa, ‘Ball Burnishing of Tool Steel’,
Precision Engineering, Vol.15, No.2, April1993, pp100-105.
[2] N.H.Loh, S.C.Tam & S.Miyazawan, ‘Investigation on the surface
roughness produced by ball burnishing’, Int.J.mach tools Manufacture
vol .31, pp75-81, 1991.
[3] B.Kotiveerachari & R.L.Murthy, ‘Study of some aspects of burnishing’,
Int.J.Prod.res. 1985, Vol.23, No.3, pp499-521.
[4] S.S.Pande & S.M.Patil, ‘Investigations on Vibratory burnishing
processes’, Int.J.Mach.Tool Des.Res. Vol.24, No.3, pp195-206, 1984.
[5] B.Kotiveerchari, R.L.Murthy, ‘Burnishing of Metallic Surfaces- a
review’ Precision Engineering, 1981, pp172-179.
[6] M.L.Neema, P.C.Pandey, ‘Effects of Asperity Deformation on the
surface of machined surfaces’, 9th AIMTDR Conference, IIT Kanpur,
Dec-1980, pp435-438.
[7] William.G.Cochran and Cox, Experimental Design, 2nd Edition,
Jonhwilly and sons.
[8] P.S.Dabeer and Dr.G.K.Purohit, ‘Investigation on Surface finish by Ball
Burnishing’, Proceeding of National conference on Design for Product
Life Cycle, Birla Institute of Technology and Science, Pillani, Rajasthan,
Feb 2006, (dplc-ma-fp-17pdf).</p>
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:52988", author = "P. S. Dabeer and G. K. Purohit", title = "Determination of Surface Roughness by Ball Burnishing Process Using Factorial Techniques", abstract = "Burnishing is a method of finishing and hardening
machined parts by plastic deformation of the surface. Experimental
work based on central composite second order rotatable design has
been carried out on a lathe machine to establish the effects of ball
burnishing parameters on the surface roughness of brass material.
Analysis of the results by the analysis of variance technique and the
F-test show that the parameters considered, have significant effects
on the surface roughness.
", keywords = "Ball burnishing, Response surface Methodology.", volume = "7", number = "7", pages = "1397-4", }