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References [1] Hitomi, Katsundo (1996) Manufacturing Systems Manufacturing, London: Taylor and Francis. [2] Omar, M.A., Kurfess, T., Mears, L., and Kiggans, R. (2009) “Organizational learning in the auto- motive manufacturing; a strategic choice,” Journal of Intelligent Manufacturing, ISSN 0956-5515, DOI 10.1007/s10845-009-0330-6. [3] Automotive News (2004) Market Data Book. [4] Xu, Yanwu (2006) Modern Formability; Measurement, Analysis, and Applications, Cincinnati, OH: Hanser Gardner. [5] Keeler, S.P., Backofen, W.A. (1963) ASM Trans. Q., 56, 25–48. [6] Goodwin, G.M. (1968) “Application of strain analysis to sheet metal forming problems in the press shop”, La Metallurgica, 60, 767–774. [7] Yoshida, K. (1993) Handbook of Ease Or Difficulty in Press Forming, translated from Japanese, National Center for Manufacturing Science, Inc., Ann Arbor, MI. [8] Greene, William H. Maximum likelihood estimation of stochastic frontier production models, ASTM E 646. [9] Davies, G. (2003) Materials for the Automobile Bodies, Oxford: Elsevier Butterworth Heinemann. [10] American Iron and Steel Institute (2003) “Formability characterization of a new generation of high strength steel”, American Iron and Steel Institute Reports, March 2003, available at www.steel. org [accessed on August 5, 2010]. [11] American Iron and Steel Institute (2001) “Characterization of Fatigue and Crash Worthiness of New Generation of High Strength Steel FOR Automotive Applications (Phase I and Phase II),” American Iron and Steel Institute Reports, January 2001, available at www.steel.org [accessed on August 5, 2010]. [12] Aluminum Association (1998) Aluminum Automotive Extrusion Manual, Publication AT6, Washington, DC: Author. [13] Cantor, Brian, Grant, Patrick, Johnston, Colin (2008) Automotive Engineering, Lightweight, Functional and Novel Materials, New York: Taylor & Francis. [14] Kaufman, J., Gilbert, P. (2000) Introduction to Aluminum Alloys and Tempers, The Aluminum Association Inc, published by the ASM International Materials Park, OH. [15] European Aluminum Association (2004) “Aluminum in commercial vehicles,” Brussels, Belgium, available at www.eaa.net [accessed on August 5, 2010]. [16] Boljanovic, V. (2004) Sheet Metal Forming Processes and Die Design, New York: Industrial Press. The Automotive Body Manufacturing Systems and Processes Mohammed A. Omar © 2011 John Wiley & Sons Ltd. ISBN: 978-0-470-97633-3

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References

[1] Hitomi , Katsundo ( 1996 ) Manufacturing Systems Manufacturing , London : Taylor and Francis . [2] Omar , M.A. , Kurfess , T. , Mears , L. , and Kiggans , R. ( 2009 ) “ Organizational learning in the auto-

motive manufacturing; a strategic choice , ” Journal of Intelligent Manufacturing , ISSN 0956 - 5515, DOI 10.1007/s10845 - 009 - 0330 - 6.

[3] Automotive News ( 2004 ) Market Data Book . [4] Xu , Yanwu ( 2006 ) Modern Formability; Measurement, Analysis, and Applications , Cincinnati,

OH : Hanser Gardner . [5] Keeler , S.P. , Backofen , W.A. ( 1963 ) ASM Trans. Q. , 56 , 25 – 48 . [6] Goodwin , G.M. ( 1968 ) “ Application of strain analysis to sheet metal forming problems in the

press shop ” , La Metallurgica , 60 , 767 – 774 . [7] Yoshida , K. ( 1993 ) Handbook of Ease Or Diffi culty in Press Forming , translated from Japanese,

National Center for Manufacturing Science, Inc. , Ann Arbor, MI . [8] Greene , William H. Maximum likelihood estimation of stochastic frontier production models ,

ASTM E 646. [9] Davies , G. ( 2003 ) Materials for the Automobile Bodies , Oxford : Elsevier Butterworth Heinemann . [10] American Iron and Steel Institute ( 2003 ) “ Formability characterization of a new generation of high

strength steel ” , American Iron and Steel Institute Reports, March 2003, available at www.steel.org [accessed on August 5, 2010].

[11] American Iron and Steel Institute ( 2001 ) “ Characterization of Fatigue and Crash Worthiness of New Generation of High Strength Steel FOR Automotive Applications (Phase I and Phase II) , ” American Iron and Steel Institute Reports, January 2001, available at www.steel.org [accessed on August 5, 2010].

[12] Aluminum Association ( 1998 ) Aluminum Automotive Extrusion Manual , Publication AT6, Washington, DC : Author .

[13] Cantor , Brian , Grant , Patrick , Johnston , Colin ( 2008 ) Automotive Engineering, Lightweight, Functional and Novel Materials , New York : Taylor & Francis .

[14] Kaufman , J. , Gilbert , P. ( 2000 ) Introduction to Aluminum Alloys and Tempers , The Aluminum Association Inc, published by the ASM International Materials Park , OH .

[15] European Aluminum Association ( 2004 ) “ Aluminum in commercial vehicles , ” Brussels, Belgium, available at www.eaa.net [accessed on August 5, 2010].

[16] Boljanovic , V. ( 2004 ) Sheet Metal Forming Processes and Die Design , New York : Industrial Press .

The Automotive Body Manufacturing Systems and Processes Mohammed A. Omar

© 2011 John Wiley & Sons Ltd. ISBN: 978-0-470-97633-3

Page 2: References to Engineering Manufacturing

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