Brief Overview of Turning Process

Authors

  • Azadar Mehdi  Department of Mechanical Engineering, Babu Banarasi Das Institute of Technology and Management Lucknow, Uttar Pradesh, India
  • Aamir  Department of Mechanical Engineering, Babu Banarasi Das Institute of Technology and Management Lucknow, Uttar Pradesh, India

Keywords:

Cutting , Composite , Finishing , Machining , Material , Surface , Tool , Turning

Abstract

Turning is primary metal cutting process use in each and every production industry to remove the extra unwanted material in desired shape and size from rotating workpiece .In this process a single point cutting tool penetrated toward the workpiece and removed the extra material in the form of chip .Almost all known materials in the form of chips. Almost all known material can be machined by this process in different form like external turning internal turning plain/ cylindrical turning , step turning ,taper turning , face turning etc .With selection of appropriate cutting tool for particular material . The aim of this paper summarised report on turning process including present and past research works .This paper present a brief overview of turning operation considering the different aspects and focus the future scope of works in the same area , which is beneficial for the researcher who work in the same field .

References

  1. J. P. Davim , V. N Gaitonde and S. R Karnik , “Investigation into the effect of cutting conditions on surface roughness in turning of free machining steel by ANN models ,” J. Mater .Process .Technol .,vol.,205,pp.16-23,2008.
  2. A.R Yildiz, “A comparative study of population –based optimization algorithm for turning operations ,” Inform .Sci ., vol 210 ,pp.81-88,2012.
  3. W. Grzesik, “ Influence of tool wear on surface roughness in hard turning using different shaped ceramic tools” Wear vol. 265 ,pp.327-335 ,2008 .
  4. W .H Yang and Y.S Tarng ceramic tools , “ Design optimization of cutting parameters for turning operation based on the Taguchi Methodology”, J. Mater .Process Technol., vol .84,pp.122-129,1998 .
  5. I. Mukherjee and P.K .Ray, “ A review of optimization technique in metal cutting process ,” Comp .Indust.Eng.,Vol.50,15-34,2006 .
  6. X.D Fang. ,“Experimentation investigation of overall machine performance with overall progressive tool wear at different tool faces ,’’ Wear vol .173 ,171-178,1994.
  7. M.C Shaw Metal Cutting Principal , Oxford University press . New York ,1998.
  8. T. Ueda M. A . Huda , k. Yamada and K. Nakayama , “ Temperature measurement of CBN tool in turning of high hardness steel” Annal CIRP , vol .48 , pp.66-66,1999.
  9. Y .Sachin and A.R Motorcu , “ Surface roughness model for machining mild steel with coated carbide tool ,”Mater .Design , vol .26,pp.321 -326,2005 .
  10. A.H Suhail , N .Ismail , S.V. Wrong and N.A.A. Jalil , “ Surface roughness identification using the grey relational analysis with multi performance characteristics in turning operation ,” Arab .J. Sci .Eng, vol .37,pp.1111-1117,2012.
  11. K.M .Li and S.Y Liang , “ Modelling of cutting forces in near dry machining under tool wear effect,” Int. J. Mach. Tools Manuf ., vol .47 ,pp .1292-1301 ,2007.
  12. I. Asilturk and H.Akkus , “ Determining the effect of cutting parameters on surface roughness in hard turning using the Taguchi method ,” Measurement vol.44,167-1704 ,2011.
  13. N. Mandel , B .Doloi , B .Modal and Reeta Das, “ Optimization of flank wear using Zirconia Toughened Aluminium (ZTA ) cutting tool .Taguchi method and regression analysis ,” Measurement , vol.44,2149-2155, 2011.
  14. L.B Abhang and M.hameeddulah ,“ Optimization of machining parameters in steel turning by Taguchi method ,” procedia Eng .,Vol.38,40-48,2012.
  15. A.J Makadia and J.I Nanavati ,“ Optimization of machining parameters for turning operation based on response surface methodology ,” Measurement , vol.46,1521-1529,2013.
  16. S. Srikiran , K.Ramji , B. Satyanarayana and S.V .Ramana , “ Investigation on Turning of AISI1040 steel with the application of non –crystalline graphite powder as lubricant ,” Proc. Mech E Part C :J.Mech. Eng .Sci., Vol .228,pp.1570-1580,2013.
  17. E Yucell and M.Gunay ,“ Modelling and optimization of cutting condition in hard turning of high –alloy white cast iron (Ni-Hard ) ,” Proc .I Mech E Part C: J Mech .Eng .Sci .,Vol.227.pp.2280-2290,2012.
  18. W . D Callister , Material Science and Engineering an Introductiuon ,6th ed. Wiley India , New Delhi ,2006.
  19. M .P Groover , Fundamental’s of Modern Manufacturing Material ,Processes and Systems , 2nd ed.,John Wiley and Sons ,New Delhi ,2005 .
  20. K. Rohring , Ni-Material Data Applications, Nickel Development institute , Canada ,1996.
  21. E.O.Ezugwu and S.H. Trang , “ Surface abuse when machining cast iron (G-17) and nickel based super alloy ( Inconel 718) with ceramic tool” J. Mater .Process .Technol.Vol.127,pp.17-22,2002 .
  22. A. K Ghani ,I.A Choudhury and Husni , Study of tool life , surface roughness and vibration in machining nodular cast iron with ceramic tool” J. Mater .Process .Technol .Vol.127,pp.17-22,2202 .
  23. D.K Sarma and U.S .Dixit , “A comparison of dry and air cooled turning of grey cast iron with mixed oxides ceramic tool” Mater . Process .Technol . Vol .190,160-172,2007.
  24. R. Yigit , E.Celik , F. Findik and S. Koksal , “Tool life performance of multilayer hard coating produced by HTCVD for machining of nodular cast Iron ,” Int .J. Refract .Metals Hard Mater .Vol.26,514-524 ,2008.
  25. W. Grzesik .J .Rech , K..Zak and C. Claudin ,“ Machining performance of pearlitic –ferritic nodular cast iron with coated carbide and silicon nitride ceramic tools ,” Int .J . Mech .Tools Manuf ,,vol .49, pp.125-133,2009 .
  26. M. Gunay , E. Yucel , “Application of Taguchi method for determining optimum surface roughness in turning of high –alloy white cast Iron ,” Measurement , vol .46, pp.913-919 ,2013.
  27. E.O . Ezugwu , z\.M . Wang and A.R Machado , “The mchnining of nickel –based alloys :a review ,” J. Mater .Process . Technol .,vol .86 ,pp .1-16,1999.
  28. E.O Ezugwu Z.M Wang and A.R .Machado , “ The machinability of nickel –based alloys : a review ,” J. Mater .Process . Technol .,Vol .86 ,pp.1-16,1999.
  29. M.C Shaw , Metal Cutting principals , Cleaner Press , Oxfort , 1984 .
  30. Y.S Liao and R .H Shiue ,“ Carbide tool wear mechanism in turning of Inconel 718 superalloy,” Wear ,vol.193,pp.16-24,1999.
  31. R.M .Arunachalam ,M.A .Mannan and A.C .Spowage, “ Residual stress and surface roughness when facing age hardened Inconel 718 with CBN and ceramic cutting tools,” Int. J. Mach .Tools Manuf ., Vol.44 ,879-887 ,2004 .
  32. B .Satyanaarana , B .R Janatdana , D.H .Roa ,“ Optimized high speed turning on Inconel 718 using Taguchi method base graey relational analysis ,” Ind. J.Eng .Mater .Sci., vol.20 ,pp .269-275, 2013.
  33. M .Ramulu , T. Branson and D.Kim , “ A study on the drilling of composites and titanium stacks ,”Compos .Struct.,vol.54 ,pp.67-77,2001
  34. F. Nabhani , “ Machining of aerospace titanium alloy ,” Robot , contput. Integ . Manuf. Technol. ,vol.38 ,pp.99-106,2001.
  35. R.N Yadav ,.V. Yadav and S.K.S Yadav , “ Production and processing of metal matrix composites (MMCs) :Challenges and opportunities ,” Proc. All Ind .Semin. Adv. Mater .Mater .Select . Design (AMMSD-2012), Harcourt Bulter Technological Institute ,Kanpur , India ,1983.
  36. M .M Schwartz composites Material Handbook, McGraw-Hill Book Company , New Delhi , India ,1983.
  37. S.K Mazudar , composites manufacturing , Material ,Product and Process Engineering , CRC Press ,LLC ,N.W. Boca Raton , Florida ,2000.
  38. J.P Davim , machining of Metal Matrix Composites , Springer London Dordrecht Heidelberg New York, 2012.
  39. R.K Garg , K. K Singh , A. Sachdeva ,V.S. Sharma , K. Ojha and S. Singh , “ Review of research work in sinking EDM and WEDM on Metal matrix composites material ,” Int.J. Adv .Manuf .Technol .,Vol.50, pp.611-624,210.
  40. R.N Yadav , V. Yadava and K.B Juldal, “ Machining of metal matrix composites (MMCs ) using simultaneous influence of abrasion and spark erosion : a combined approach ,” Int. J. Precis , Eng. Manuf., vol.14,pp.1293-1299, 2013 .
  41. R .N Yadav , V. Yadava , “ Experimental study of erosion and abrasion based hybrid machining of hybrid metal matrix composites , “ Int .J. Precis . Eng .Manuf., vol .14 ,pp.1293-1299,2013.
  42. R. N Yadav , V. Yadava , “ Machining performance of slotted –electrical discharge diamond face grinding of AI/SiC/Gr composites , “ Mater , Manuf . process .vol. 29.pp,585-592 ,2014.
  43. K.C Chan , C.F .Cheung , M.V. Ramesh , W.B Lee and S .To, “ A theoretical and experimental investigation of surface generation in diamond turning of an Al606/SiCp metal composites ,” Int. J. Mech. Sci., vol .43, pp.2047-2068,2001.
  44. G.E .Errico and R. Calzawarini , “ Turning of metal matrix composites ,” J. Mater. Process .Technol., Vol.119,pp.257-260,2001 .
  45. J.P .Davim , “ Diamond tool performances in machining metal –matrix composites , “ J. Mater . process . Technol., vol.,128,pp.100-105,2002.
  46. X. Ding. W. Y. H .Liew and X.D Liuk, “ Evaluation of machining performance of MMC with PCBN and PCD tools,” Wear vol.259,1225-1234 , 2005.
  47. I. Ciftci , M .Turker and U. Seker , “ CBN Cutting tool wear during machining of particulate reinforced MMCs , “ Wear , vol.,257 ,pp.1041 -1046,2004.
  48. M. Aramesh , B.Shi ,A.O. Nassef , H. Attia , M. Balazinski and H.A Kishaway , “ Meta –modeling optimization of the cutting process during turning titanium metal matrix composites ( Ti-MMCs) ,” Procedia CIRP ,Vol.8,pp.576-581,2013.
  49. T. Hodgson , P. Trendler and G. Ravigani , “ Turning hardened tool steels with cubic boron nitride insert , “ Ann. CIRP , vol.30, pp.63-66,2001 .
  50. W. Konig , R. Komandari , H. Tonshaoff and G. Ackershoott , “ Machining of hard material ,” Ann.CIRP , Vol .33 ,pp.417-428,1984.
  51. L.Pavel , I.Marinescu , M. Desi , J.Pillar , “ Effect of tool wear on surface finish for a case of continuous and interrupted hard turning ,” J. Mater .Process .Technol .,Vol.170 ,pp .314-349 ,2005.
  52. E. Aslam , “ Experimental investigation of cutting tool performance in high speed cutting of hardened X210 Cr12 cold-work tool steel (62 HRC ) ,” Mater . Design ,Vol.26 ,pp ,21-27,2005 .
  53. A.E Diniz and A.J Oliveria , Hard turning of interrupted surface using CBN tools ,” J. Mater . Process .Technol,, Vol .195 ,pp .275-281 ,2008 .
  54. A.J Olivera , A.E Diniz , D.J. Ursolino , “ Hard turning in continuous and interrupted cut with PCBN and wicker-reinforced cutting tools ,” J. Mater . Process . Technol . , Vol.209 ,5262-5270 ,2009 .
  55. K. Katuku , A. koursaris and I. Signalas , “ Wear cutting forces and chips haracteristics when dry turning ASTM Grade 2 austempered ductile iron with PcBN cutting tools under finishing co0ndiotion ,”J. Mater . Process .Technol ., Vol.209 ,pp .2412 -2420 ,2009 .
  56. G. Bartaryal and S.k Choudhury , “ Influence of machining parameters on forces and surfaces roughness during finish hard turning of EN 31 steel,” Proc. I Mech E Part B : J. Eng .Manuf . Vol .228 ,pp .1068-1080 ,2014.
  57. S. Chinchanikar and S.K Choudhury , “ Experimental investigations to optimizes and compare the machining performance of different coated carbides insert during turning hardened steel,” Proc.IMechE Part B:J.Eng.Manuf.Vol.128 ,pp.1104-1117 ,2014 .
  58. J.S Dureja , R. Singh and M.S Bhatti , “ Optimizing flank wear an surface roughness during hard turning of AISI D3 steel by Taguchi and RSM method ,” product. Manuf. Resear ., Vol .2 ,pp .767-783,2014.
  59. T.H Duong , H.C .Kim and D.Y Lee , “ Selection of machining condition for micromachining in utraprecision diamond turning ,” Proc. IMechE Part B: J .Eng . Mauf., Vol.227 ,pp .1558-1570 ,2013 .
  60. R.N Yadav and V.Yadava and G. K Singh , “ Modeling and Simulation of Spark assisted diamond face grinding of Tungsten Carbides –Cobalt composites ,” Int.J.Manuf. Technol . Manag ., Vol.28,pp .132-145,2014 .
  61. R.N Yadav and V. Yadava , “Intelligent modelling and prediction of slotted electrical discharge diamond grinding (S-EDDG) of aluminium –silicon carbides –graphite composites,” Int. J. Abras .Technol., Vol.6 ,pp 93-106,2013.
  62. P.K Shrivastava and A.K Dubey , “ Electrical discharge machining – based hybrid machining processes : a review ,” Proc. IMechE Part B:J. Eng. Manuf ., Vol.228,pp,799-825 ,2013.
  63. R.N Yadav and V. Yadava ,“ Multi –Objective Optimization of slotted electrical discharge abrasive grinding of metal matrix composites using artificial neural network and non –dominated sorting generic algorithm ,” Proc . IMechE Part B : J.Eng . Manuf., Vol.227,pp 1452 ,2013 .
  64. R. N Yadav , V.Yadava and G. K Singh , “Multi-Objective Optimization of process parameters in electro-discharge diamond force grinding based on NN-NSGAII hybrid technique ,” Fron .Mech. Eng., vol .8 pp.319-332,2013.
  65. I.A .Choudhary and M.A .E Baradie , Tool life prediction model by design of experiment for turning high strength steel (290BHN) ,” J, Mater .Process. Technol., Vol 77 ,pp.319-326, 1198 .
  66. W.S Lin, B.Y.Lee and C.L. Wu, “ Modelling the surface roughness and cutting force for turning ,” J. Mater .process Technol.,vol108 ,pp .286-293 ,2001.
  67. T. Ozel and Y.Karpat , “ Prediction modelling of surface roughness and tool wear in hard turning using regression and neural network , “ Int. J. Mech .Tools Manuf ., vol .45 ,pp 467-479,2005 .
  68. J.Y. Zhang , S.Y .Liang , G. Zhang and D. Yen , “ Modelling of residual stress profile in finish hard turning ,” Mater .Manuf. Process ., vol.21 ,pp.39-45,2006 .
  69. T .Ozel ,Y .karpat , L. Figueira , J.P. Davim , “ Modelling of surface finish and tool flank wear in turning of AISI D2 steel with ceramic wiper insert ,’’ J. Mater . Process . Technol., vol.189,pp.192-198,2007 .
  70. A. K Gupta ,Prediction modelling of turning operations using response surface methodology, artificial natural network and support vector regression ,” int J. Product .Research , vol.48 ,pp.763-778,2010 .
  71. C.Y Nian , W.H Yang and Y.S Tarng , “ Optimization of turning operations with multiple performance characteristic’s, “ J. Mater .process . Technol ., vol,95,pp.90-96 ,1999.
  72. J. P Davim , “ Design of Optimization of turning parameters for cutting metal matrix composites base on orthogonal arrays ,” J. Mater Process . Technol .,Vol.132 ,pp.340-344 ,2003 .
  73. A . Manna and S. Salodkar ,.“ Optimization of machining condition for effective turning of E0300 alloy steel ,” j. Mater .Process .Technol., Vol.203 ,pp.147-153 ,2008 .
  74. M. Nalbant , H. Gokkaya and G. Sur , “ Application of Taguchi method in the optimization of cutting parameters for surface roughness in turning , “ Mater . Design Vol.28 ,pp.1379-1385 ,2007 .
  75. Aman Aggarwala , Hari Singhb , Pradeep kumar , Manmohan Singh , “ Optimization power consumption for CNC turned psarts using response surface methodology and Taguchi’s techniques –a comparative analysis,” J,Mater . Process . Technol., Vol .200 ,pp.373-384,2008.
  76. Asilturk and S. Neseli , “ Multi response optimization of CNC turning parameters Via Taguchi method –based response analysis ,” Measurement vol.45 ,pp.785-794,2012 .
  77. R.Q Sardinas , M.R Santana and E.A . Brindis , “ Genetic alogorithm – based mult- -objective optimization of cutting parameters in turning processes ,” Eng. Apple . Artif . Intellig ., Vol .19 ,127-133,2006 .
  78. D. M Adona and R. Teti , “ Genetic algorithm – based optimization of cutting parameters in turning processes ,” Proc.CIRP , Vol.7,pp.323-328 ,2013.
  79. N . Camuscu, “ Effect of cutting speed on the performance of AI2SO3 Based ceramic tools in turning nodular cast iron ,” Mater . Design , vol.27,pp.997-1006,2006.
  80. R. N Yadav, “ Optimization the parameter of Dual Turning Process Using Taguchi Methodology,”P roceeding of the International Conference ARIMPIE-2016.
  81. R. N Yadav,“A hybrid approach of Taguchi –Response Surface Methodology for modelling and optimization of Duplex Turning process ,” vol100,131-138 Measurement 2017.
  82. Sunil et al “ , Modelling and Optimization of Duplex Turning of titanium alloy (garde5) using Taguchi methodology –response surface methodology,” Int. J. Industrial and Systems Engineering vol10 2019 .
  83. Sunil kumar et al , “ Empercal modelling and multi –response optimization of duplex turning for Ni-718 alloy ,”Int. J. System Assur .Eng. Manag ,https;//doi.org/10.1007/s13198-019-00931-5,2019.

IInternational Journal of Scientific Research in Mechanical and Materials Engineering

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2021-08-23

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Volume 5, Issue 4, July-August-2021

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Research Articles

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[1]
Azadar Mehdi, Aamir, " Brief Overview of Turning Process, IInternational Journal of Scientific Research in Mechanical and Materials Engineering(IJSRMME), ISSN : 2456-3307, Volume 5, Issue 4, pp.41-54, July-August-2021.