Optimization and Process Parameters of CNC End Milling for Aluminum Alloy 6082

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  • Optimization and ProcessParameters of CNC End Milling

    For Aluminum Alloy 6082by K Siva Kumar

    FILETIME SUBMITTED 04-JAN-2015 02:37PMSUBMISSION ID 493155006

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    MIDIFIED_JOURNAL.DOCX (336.72K)

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    Optimization and Process Parameters of CNC End Milling ForAluminum Alloy 6082ORIGINALITY REPORT

    PRIMARY SOURCES

    www.ijera.comInternet Source

    Submitted to Free University of BolzanoStudent Paper

    www.eng.tau.ac.ilInternet Source

    Submitted to IIT DelhiStudent Paper

    cdn.intechopen.comInternet Source

    ijirset.comInternet Source

    92.51.242.164Internet Source

    Garg, Rohit, and Hari Singh. "Optimisation ofprocess parameters for gap current in wireelectrical discharge machining", International

  • 9 3%10 2%

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    Journal of Manufacturing Technology andManagement, 2012.Publicat ion

    ijera.comInternet Source

    I. Ben-Gal. "On the Use of Data CompressionMeasures to Analyze Robust Designs", IEEETransactions on Reliability, 9/2005Publicat ion

    romeoengineering.com.auInternet Source

    www.ijrmet.comInternet Source

    Submitted to Institute of Graduate Studies,UiTMStudent Paper

    Nourbakhsh, Farnaz, K.P. Rajurkar, A.P.Malshe, and Jian Cao. "Wire Electro-DischargeMachining of Titanium Alloy", Procedia CIRP,2013.Publicat ion

    Giridharan, Abimannan, and G.L. Samuel."Investigation into energy consumption, surfaceroughness and material removal rate ofcylindrical components machined using wireelectrical discharge turning process",

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