Development Of Aluminum Alloy Extrusion Products With Improved Vehicle Energy Absorption

Narikazu HASHIMOTO; Noritaka EGUCHI; Yoshihaya IMAMURA

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Development Of Aluminum Alloy Extrusion Products With Improved Vehicle Energy Absorption

机译：改善车辆能量吸收的铝合金挤压产品的开发

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This article describes examples and features of aluminum alloy extrusion products used for vehicle bumper beams. A bumper system design, which satisfies the latest safety performance standards, is described in relation to future trends in the industry. Also discussed is a newly developed aluminum stay, which is produced using an electro-magnetic forming method, and its strength characteristics.

机译：本文介绍了用于汽车保险杠横梁的铝合金挤压产品的示例和特征。结合行业的未来趋势描述了满足最新安全性能标准的保险杠系统设计。还讨论了一种新开发的铝撑条及其强度特性，该铝撑条是使用电磁成形方法生产的。

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《Kobelco technology review》 |2008年第28期|39-43|共5页
作者
Narikazu HASHIMOTO; Noritaka EGUCHI; Yoshihaya IMAMURA;
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1. Improvement of Strength and Energy Absorption Properties of Porous Aluminum Alloy with Aligned Unidirectional Pores Using Equal-Channel Angular Extrusion [J] . Yoshida Tomonori, Muto Daiki, Tamai Tomoya, Metallurgical and Materials Transactions, A. Physical Metallurgy and Materials Science . 2018,第6期

机译：使用相等通道角挤出对排列单向孔隙的多孔铝合金强度和能量吸收性能的提高
2. Development of TiB_2 reinforced aluminum foundry alloy based in situ composites - Part Ⅱ: Enhancing the practical aluminum foundry alloys using the improved Al-5 wt%TiB_2 master composite upon dilution [J] . Tongmin Wang, Zongning Chen, Yuanping Zheng, Materials Science and Engineering . 2014,第maya27期

机译：TiB_2增强铝铸造合金原位复合材料的开发-第二部分：稀释后使用改进的Al-5 wt％TiB_2母材复合材料增强实用的铝铸造合金
3. Crushing behavior and energy absorption property of carbon nanotube-reinforced aluminum composite foam-filled 6061 aluminum alloy tubes [J] . Xu Jiali, Yang Xudong, He Chunnian, Journal of Materials Science . 2020,第18期

机译：碳纳米管增强铝合金复合泡沫填充6061铝合金管的破碎行为及能量吸收性能
4. Advanced Aluminum Alloys Used in the Manufacture of Products in Extrusion Process [C] . Bartlomiej Plonka International Aluminum Extrusion Technology Seminar . 2016

机译：用于制造产品的先进铝合金在挤出过程中
5. Long Fiber Extrusion and Improved Energy Absorption Behaviour of Hybrid Thermoplastic Composite. [D] . Ranganathan, Nalini. 2016

机译：混杂热塑性复合材料的长纤维挤出和改善的能量吸收性能。
6. Microstructural Assessment of a Multiple-Intermetallic-Strengthened Aluminum Alloy Produced from Gas-Atomized Powder by Hot Extrusion and Friction Extrusion [O] . Tianhao Wang, Bharat Gwalani, Joshua Silverstein, 2020

机译：通过热挤出和摩擦挤压从气体雾化粉末生产的多金属间加固铝合金的微观结构评估
7. Energy Absorption in Aluminum Extrusions for a Spaceframe Chassis [O] . Roger W. Logan, Scott A. Perfect, Ray D. Parkinson 1995

机译：用于空间框架底盘的铝挤压能量吸收
8. The Influence of Extrusion-Consolidation Variables on the Integrity and Strength of the Product from Pre-Alloyed 7075Aluminum Powder. [R] . gurney, f. j. abson, d. j. 1974

机译：挤压 - 固结变量对预合金7075铝粉产品完整性和强度的影响。

Development Of Aluminum Alloy Extrusion Products With Improved Vehicle Energy Absorption

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