Chip Formation during Turning Multiphase Microalloyed Steel
Machining through turning was carried out in a lathe
to study the chip formation of Multiphase Ferrite
(F-B-M) microalloyed steel. Taguchi orthogonal array was employed
to perform the machining. Continuous and discontinuous chips were
formed for different cutting parameters like speed, feed and depth of
cut. Optical and scanning electron microscope was employed to
identify the chip morphology.
[1] O. D.J.Naylor ÔÇÿMicroalloyed Forging steels- Materials Science Forum,
284-286 (1998) 83.
[2] S.Sankaran, S.Sangal, K.A.Padmanabhan, ÔÇÿMicrostructural evolution
and tensile behavior of medium carbon microalloyed steel Processed
through two thermomechanical routes-, Mat.Sci.and Tech., 9 (2005)
1152.
[3] R.S.Pawade and S.S.Joshi ÔÇÿMechanism of chip formation in high speed
turning of inconel 718-Machining Science and Technology, 132-152
(2011) 15.
[4] R. Shetty; R.B. Pai; S.S.Rao; R. Nayak, ÔÇÿTaguchi-s Technique in
Machining of Metal Matrix Composites- J. of the Braz.Soc. of Mech.
Sci. & Eng., (2009) 12-19
[5] M.C.Shaw ÔÇÿ Mechanism of chip formation with hard turning steel- CIRP
Annals Manufacturing Technology 77-82 (1998) 47.
[6] Y. Matsumoto, M. Barash, C.R. Liu, ÔÇÿCutting mechanism during
machining of hardened steel- Mat. Sci. & Tech., 299-305 (1987) 7.
[1] O. D.J.Naylor ÔÇÿMicroalloyed Forging steels- Materials Science Forum,
284-286 (1998) 83.
[2] S.Sankaran, S.Sangal, K.A.Padmanabhan, ÔÇÿMicrostructural evolution
and tensile behavior of medium carbon microalloyed steel Processed
through two thermomechanical routes-, Mat.Sci.and Tech., 9 (2005)
1152.
[3] R.S.Pawade and S.S.Joshi ÔÇÿMechanism of chip formation in high speed
turning of inconel 718-Machining Science and Technology, 132-152
(2011) 15.
[4] R. Shetty; R.B. Pai; S.S.Rao; R. Nayak, ÔÇÿTaguchi-s Technique in
Machining of Metal Matrix Composites- J. of the Braz.Soc. of Mech.
Sci. & Eng., (2009) 12-19
[5] M.C.Shaw ÔÇÿ Mechanism of chip formation with hard turning steel- CIRP
Annals Manufacturing Technology 77-82 (1998) 47.
[6] Y. Matsumoto, M. Barash, C.R. Liu, ÔÇÿCutting mechanism during
machining of hardened steel- Mat. Sci. & Tech., 299-305 (1987) 7.
@article{"International Journal of Mechanical, Industrial and Aerospace Sciences:56001", author = "V.Sivaraman and S. Sankaran and L. Vijayaraghavan", title = "Chip Formation during Turning Multiphase Microalloyed Steel", abstract = "Machining through turning was carried out in a lathe
to study the chip formation of Multiphase Ferrite
(F-B-M) microalloyed steel. Taguchi orthogonal array was employed
to perform the machining. Continuous and discontinuous chips were
formed for different cutting parameters like speed, feed and depth of
cut. Optical and scanning electron microscope was employed to
identify the chip morphology.", keywords = "Multiphase microalloyed steel, chip formation, Taguchi technique, turning, cutting parameters", volume = "5", number = "11", pages = "2340-3", }