Electrochemical cutting using tubular cathodes: response surface approach

REFERENCES

• BILES , W. E. , and SWAIN , J. J. , 1980 , Optimization and Industrial Experimental ( New York Wiley ).
   Google Scholar
• Box , G. E. P. , and HUNTER , J. S. , 1957 , Multifactor experimental designs . Annals of MathematicalStatistics , 28 , 195 .
   Google Scholar
• FEDOROV , V. V. , 1972 , Theory of Optimal Experiments ( New York Academic Press ).
   Google Scholar
• HEWIDY , M. S. , FATTOUH , M. , and ELKHABEERY , M. , 1984 , Some economical aspects of ECMprocesses . A.M.E. Conference , Military Technical College , Cairo , Egypt , 87 .
   Google Scholar
• JAIN , V. K. , JAIN, VINOD KUMARPANDEY, P. C, 1982 , Computer aided analysis of ECBDprocess . Proceedings of the 23 MTDR Conference , 257 .
   Google Scholar
• KARGIN , G. V. , 1975 , Electrochemical machining of shaped surfaces on round components bytubular shaped cathode tools . Russian Engineering Journal , 55 , 64 .
   Google Scholar
• KOING , W. , and HUMB , H. J. , 1977 , Mathematical model for the calculation of the anode in ECM . Annals CIRP , Vol. 25 , 83 .
   Google Scholar
• LIPSON , C. , and SHETH , N. J. , 1973 , Statistical Design and Analysis of Engineering Experiments ( New York McGraw-Hill ).
   Google Scholar
• STREENIYA , V. S. , 1975 , Electrochemical shaping using tubular section cathode tools . RussianEngineering Journal , 55 , 73 .
   Google Scholar