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德系车中白车身材料的应用 被引量:1

The Application of Body-in-white Materials in Automobiles Made in Germany
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摘要 为了使现代车身满足众多要求,保证非常好的静态和动态刚度,使整车具备良好的行驶性能,文章主要介绍了主流德系车白车身中具有代表性的覆盖件与结构件所用材料,及其在白车身的制造工艺和碰撞等性能中的作用和优缺点。指出未来铝镁合金将在车身材料的构成中占主导地位,车身材料必将沿着更环保、更经济、更高强度及更加轻量化的方向发展。 In order to meet numerous requirements of modem automotive body, ensure good static and dynamic stiffness, the complete vehicle with good driving performance, the typical panel and structural panel which have already been manufactured in master Germanic OEMs is introduced. Body-in-white manufacture process and the advantage and disadvantage of impact performance are described. It is indicated that aluminum alloy and magnesium alloy will be the main material used in the Body-in white. The materials used in body will be more environmental protection, more economical, higher strength and much lighter .
作者 刘勇
出处 《天津汽车》 2009年第7期47-51,共5页 Tianjin AUTO
关键词 成型能力 刚度 强度 碰撞 变形 轻量化 铝镁合金 Forming ability Stiffness Strength Impact Deformed Lightweight Aluminum alloy and magnesium alloy
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  • 1Forsberg J, Nilsson L. Evaluation of Response Surface Methodologies Used in Crashworthiness Optimization [ J ]. International Journal of Impaet Engineering,2006,32 (5) :759 - 777.
  • 2Mcnay I I G H. Numerical Modeling of Tube Crush with Experimental Comparison[ C]. SAE Passenger Car Meeting and Exposition, 1988,880898 : 123 - 134.
  • 3Wierzbicki T, Abramowicz W. On the Crushing Mechanics of Thin-walled Structures[ J ]. Journal of Applied Mechanics, 1983, 50(6) :727 -734.
  • 4Chiandussi G, Avalle M. Maximization of the Crushing performance of a Tubular Device by Shape Optimization[ J ]. Computers & Structures,2002,80 ( 27 - 30 ) :2425 - 2432.
  • 5Avalle M, Chiandussi G, Behngardi. Design Optimization by Response Surface Methodology Application to Crashworthiness Design of Vehicle Structures[J]. Structural and Multidisciplinary Optimization ,2002,24(4) :325 - 332.
  • 6Anghileri M, Chirwa E C, Lanzi L, et al. An Inverse Approach to Identify the Constitutive Model Parameters for Crashworthiness Modeling of Composite Structures[ J ]. Composite Structures,2005, 68(1) :65 -74.
  • 7Chen W G, Wierzbicki T. Relative Merits of Single-cell, Multicell and Foam-filled Thin-walled Structures in Energy Absorption [ J ]. Thin-walled Structures, 2001,39 ( 4 ) :287 - 306.
  • 8Song H W, Fan Z J, Yu G, et al. Partition Energy Absorption of Axially Crushed Aluminum Foam-filled Hat Sections [ J ]. International Journal of Solids and Structures, 2005,42 ( 9 - 10 ) : 2575 - 2600.
  • 9Myers R H, Montgomery D C. Response Surface Methodology [M]. First Version, New York: John. Wiley,1995:1-50.
  • 10Kim H S. New Extruded Multi-cen Aluminum Profile for Maxi- mum Crash Energy Absorption and Weight Efficiency [ J ]. ThinWalled Structures ,2002,40 (4) : 311 - 327.

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