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Original Articles

ANALYSIS OF SPARK PROFILES DURING EDM PROCESS

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Pages 195-217 | Received 23 Oct 1996, Accepted 02 Jun 1997, Published online: 27 Apr 2007

References

  • P. S. Ayyaswamy , G. C. Das , and I. M. Cohen , “ Thermal and Electrical Characteristics of a 2-D 'Tanh' Conductivity Arc ,” Journal of Applied Physics , 49 ( 1 ) ( 1978 ) 160 – 165 .
  • R. Bhattacharyya , V. K. Jain , and P. S. Ghoshdastidar , “ Numerical Simulation of Thermal Erosion in EDM Process ,” Journal of the Institution of Engineers , (India), Production Engg. Div., 77 ( 1996 ) 13 – 19 .
  • C. Cogun and C. Savsar , “ Statistical Modelling of Properties of Discharge Pulses in EDM ,” Int. J. Mach. Tools Manuf , 30 ( 3 ) ( 1990 ) 467 – 474 .
  • I. M. Cohen , P. Ayyaswamy , and T. Sundararajan , “ Effect of Plug Flow on the Stability of 2-D Arcs ,” IEEE Transactions of Plasma Science , PS-8( 4 ) ( 1980 ) 390 – 394 .
  • A. Erden and B. Kaftanoglu , “ Thermo-mathematical Modelling of EDM, ” Proceedings of the 21st IMTDR Conference , Macmillan, London ( 1980 ) 351 – 358 .
  • P. Madhu , V. K. Jain , T. Sundararajan , and K. P. Rajurkar , “ Analysis of EDM Process ,” Processing of Advanced Materials , 1 ( 1991 ) 161 – 173 .
  • Y. Makoyama , “ The Mechanism of EDM ,” Bulletin of the Japanese Society of Precision Engineering , 2 ( 4 ) ( 1968 ) 288 – 295 .
  • J. A. McGeough and H. Rasmusen , “ A Macroscopic Model of EDM ,” Inter-national Journal of Mach. Tools Des. Res. , 22 ( 4 ) ( 1982 ) 333 – 339 .
  • R. Snoyes and F. Van Dijck, “ Plasma Channel Diameter Growth Affects Stock Removal ,” Annals ofCIRP , 21 ( 1 ) ( 1972 ) 39 – 40 .
  • J. Longfellow , J. D. Wood , and R. B. Palme , “ Electrode Material Properties on the Wear Ratio in Spark-Machining ,” J. of Instt. of Metals , 96 ( 1968 ) 43 – 48 .
  • C. H. Kahng and K. P. Rajurkar , “ Surface Characteristics Behaviour Due to Rough and Fine Cutting of EDM ,” Annals ofCIRP , 25 ( 1 ) ( 1977 ) 77 – 82 .
  • V. George and V. C. Venkatesh , “ Investigation on Optimum Machining Conditions for Electro Discharge Machining of 5 Cr Die Steel, ” Proceedings of the 9thAIMTDR Conference , IIT, Kanpur , India ( 1980 ) 327 – 332 .
  • I. Gopal , V. K. Jain , and K. P. Rajurkar , “ Experimental Investigations into EDD: A Response Surface Approach, ” Advanced Machining Technology HI Conference , Chicago , IL ( 1990 ) 1090 – 241 -1 to 1090 – 241 -11.
  • R. Snoyes and F. Van Dijck, “ Investigations of EDM Operations by Means of Thermomathematical Model ,” Annals ofCIRP , 20 ( 1 ) ( 1971 ) 35 – 36 .
  • J. R. Crookall , “ Basic Factors in EDM Operation with Shaped Electrodes ,” Proceedings of the 18th IMTDR Conference , ( 1977 ) 491 – 498 .
  • S. W. Dharmadhikari and C. S. Sharma , “ Determination of Material Removal in EDM using a Multiple Heat Source Model, ” Proceedings of the 9thAIMTDR Conference , IIT Kanpur c:(India) ( 1980 ) 315 – 326 .
  • S. K. Bhattacharyya and N. F. El-Menshawy , “ Identification of Discharge Profile in EDM, ” Proc. 6th North American Metalworking Research Conference , Univ. of Florida, Gainesville , FL ( 1978 ).
  • M. R. Patel , A. B. Maria , T. E. Philip , and D. D. DiBitonto , “Theoretical Model of the Electrical Discharge Machining Process II. The Anode Erosion Model,” Journal of Applied Physics , 66 (1989) 4104–4111.
  • D. D. DiBitonto , P. T. Eubant , M. R. Patel , and M. A. Berrufet , “ Theoretical Model of the Electrical Discharge Machining Process I. The Cathode Erosion Model ,” Journal of Applied Physics , 66 ( 1989 ) 4095 – 4103 .
  • S. I. Drabkina , “ The Theory of Development of the Channel in the Spark Discharge ,” Zurch. Ekjsper. Teor, Fiz. , 21 ( 4 ) ( 1951 ) 473 – 483 .
  • J. J. Lowke and H. C. Ludwig , “ A Simple Model for High Current Arcs Stabilized by Forced Convection ,” Journal of Applied Physics , 46 ( 8 ) ( 1975 ) 3252 – 3260 .
  • P. Madhu , “ Finite Element Analysis of EDM Process, ” M. Tech. Thesis , LIT. Kanpur , India ( 1988 ).
  • M. S. Reddy , V. K. Jain , and G. K. Lai , “ Tool Design for ECM: A Correction Factor Approach ,” Transactions of the ASME, Journal of Engineering for Industry , 110 ( 2 ) ( 1988 ) 111 – 118 .
  • W. M. Rohsenow , J. P. Heraett , and E. N. Ganic , Handbook of Heat Transfer Fundamentals , McGraw-Hill, New York ( 1985 ).
  • J. Hilsenrath , H. J. Hoge , L. Fano , and Y. S. Touloukian , Tables of Thermodynamic Properties , Pergamon Press, Oxford , England , U .K. ( 1960 ).
  • Y. S. Touloukian and T. Matika , “ Specific Heat of Non-Metallic Liquids and Gases ,” 6, IFI/Plenum (1970).
  • Y. S. Touloukian , R. E. Liley , and S. C. Saxena , “ Thermal Conductivity of Non-Metallic Liquids and Gases ,” 3, IFI/Plenum (1970).
  • J. L. Birks and J. Hart , Progress in Dielectrics , Haywood and Co. Ltd., London ( 1963 ) 206 – 211 .
  • C. S. Desai and J. F. Abel , Introduction to the FEM , EWP, New Delhi ( 1977 ).
  • A. Erden , “ Effect of Materials on the Mechanism of EDM ,” Transactions of the ASME, Journal of Engineering Materials and Technology , 105 ( 1983 ) 132 – 138 .

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