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• [1].Riley R.Q., "Automobile Design Year 2010 and Beyond" R.Q.Riley Enterprises. 1998 www.rqriley.com
• [2].Riley R.Q., "Energy Consumption and the Environmentallmpact and Options for Personal Transportation" R.Q.Riley Enterprises. 1996 www.rqriley.com
• [3].Muter Ş., "Motorlu Taşıtlarda Alüırunyum Alaşımı Kullanımında Plan]anan Gelişmeler", Motor ve Taşıt Tekniği Semp., İzmirl984
• [4].R. Jones, "Auto/Steelmaker Collaboration" JSAE Spring Convention, Paper 20005323
• [5].www.autosteel onlin .-steel.htm, Ocak 2001.
• [6].Djanaıthany S., Viala J. ., Bouix J.; "An Overview of Monolithic Titaniwn Al minides Based on Ti3Al and TiAl", Materials Chemistry and Physics, 72, 301-319, 2001
• [7].Powers W. F., "Automotive Materials in the 21st Century", Advanced Materials & Processes, May 2000, pp38-41
• [8]."Automotive Materials", Advanced Materials & Processes, July 2000, pp46-5 l
• [9].Röhrle M. ''New Vehicle mocıels With Plenty of Aluminum", Aluminum, Jahrgang 2000, pp852-857
• [10].Kawamura H., "New Perspectives in Engine Applications of ngineering Ceramics", Engineering Materials, V. 161-163, p.9-16, 1999
• [11].veh-tech.net/pages/ pecial/Weight reduction.html, Nisan 2001.
• [12].Shaw J., hen M., Watanabe K., Saitou S.; "Material Characteri ation of New Advenced Hihg Srength Steel(2)-Forming Automobile Application", JSAE Proceediııgs, Paper 20005487, 2000
• [13].Hunt W.H., "New Directions in Aluminum-Based PiM Materials for Automotive Applications", Int. J. of Powder Metalurgy, v.36, n.6, 2000
• [14].Claar T.D., v.d., "Ultra-Light-Weight AluminumFoam Materials for Automotive Applications", Int. J. of Powder Metalurgy, v.36, n.6, 2000
• [15].www.veh-vech.net/pages/speciaVEFCSpecial.html, Nisan 2001.
• [16]."Plastic Applications in Cars", www.plasticcar. com/ applications/exteıior.html, Nisan 2001
• [17].Fukuo K., Fujimura A., vd.; "Development of The Ultra -Low-Fuel- Consumption Hybrid Car - INSIGHT" JSAE Paper 20014016, 2001