Improvement of flat surface roughness by choosing the optimum diameter of the ball burnishing tool and its trajectory
published by Aِl-Baath University
in 2016
in Production and Design Engineering
and research's language is
العربية
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Abstract in English
In this research, an experimental study was undertaken on
aluminium using a purpose designed and manufactured
burnishing tool. The experiments was designed to find the effects
of burnishing tool path and ball diameter on the surface
roughness of an Al-6061 workpiece taking into consideration
many values of burnishing force in the suitable field, where we
have used a new created path and compared its effect with two
conventional paths (zig-zag) and (spiral).
Twenty seven experiments were carried out on samples of Al-
6061, using the full factorial design method with three
parameters: ball diameter, ball path and force, with three levels of
each parameter.
References used
M.H. El-Axir, O.M. Othman and A.M. Abodiena 2008 Improvements in out-of-roundness and microhardness of inner surfaces by internal ball burnishing process, journal of materials processing technology, Vol.196, 120-128
Mr. Pavan Kumar and Purohit.G.K 2013 Design and Development of Ball Burnishing Tool, International Journal of Engineering Research and Technology, Volume.6, pp. 733-738
Mayank K Patel and Manish D Patel 2012 OPTIMIZATION OF INPUT PROCESS PARAMETERS FOR VIBRATORY BALL BURNISHING PROCESS USING RSM, International Journal of Research in Engineering & Applied Sciences, Vol.2, 372-381