Joining of two foamed porous aluminum by roll forming immediately after foaming

In this study, the joining of porous aluminum by roll forming was attempted. Two precursors were foamed by heat treatment, and the softened porous aluminum immediately after foaming was roll-formed. It was shown that porous aluminum was simultaneously formed and joined by roll forming while maintain...

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Published inJournal of Japan Institute of Light Metals Vol. 73; no. 1; pp. 31 - 35
Main Authors Amagai, Kenji, Suzuki, Kodai, Hangai, Yoshihiko
Format Journal Article
LanguageJapanese
Published Tokyo The Japan Institute of Light Metals 15.01.2023
Japan Science and Technology Agency
Subjects
Aluminum
foam
Foaming
Fracture surfaces
friction stir welding
Heat treatment
jointing
Precursors
Roll forming
Online AccessGet full text
ISSN0451-5994
0368-5306
1880-8018
2186-618X
DOI10.2464/jilm.73.31

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Abstract In this study, the joining of porous aluminum by roll forming was attempted. Two precursors were foamed by heat treatment, and the softened porous aluminum immediately after foaming was roll-formed. It was shown that porous aluminum was simultaneously formed and joined by roll forming while maintaining the porous structure of porous aluminum. In the results of the four-point bending test of the joined samples, pores were observed at the fracture surfaces, indicating that strong joining can be achieved by roll forming. In addition, it was found that strong joining was achieved by optimizing the width of the guide rails during roll forming, in accordance with the size of the precursors.
AbstractList In this study, the joining of porous aluminum by roll forming was attempted. Two precursors were foamed by heat treatment, and the softened porous aluminum immediately after foaming was roll-formed. It was shown that porous aluminum was simultaneously formed and joined by roll forming while maintaining the porous structure of porous aluminum. In the results of the four-point bending test of the joined samples, pores were observed at the fracture surfaces, indicating that strong joining can be achieved by roll forming. In addition, it was found that strong joining was achieved by optimizing the width of the guide rails during roll forming, in accordance with the size of the precursors.
ArticleNumber 730106
Author Suzuki, Kodai
Hangai, Yoshihiko
Amagai, Kenji
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10.1016/j.rineng.2021.100224
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References 2) 金武直幸，小橋　眞：軽金属，62（2012），122-134
1) J. Banhart and H. W. Seeliger: Adv. Eng. Mater, 14 (2012), 1082-1087.
3) F. García-Moreno: Materials, 9 (2016), 85.
11) Y. Hangai, T. Utsunomiya and M. Hasegawa: J. Mater. Process. Technol, 210 (2010), 288-292.
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4) F. Baumgartner, I. Duarte and J. Banhart: Adv. Eng. Mater, 2 (2000), 168-174.
7) 大橋政孝，半谷禎彦，天谷賢児，松原雅昭，鈴木良祐，宇都宮登雄，吉川暢宏：軽金属，70（2020），517-522
9) 鈴木滉大，三ツ木寛尚，大橋政孝，半谷禎彦，天谷賢児：軽金属学会第140回春期大会講演概要，（2021），309-310
8) Y. Hangai, K. Suzuki, M. Ohashi, H. Mitsugi and K. Amagai: Results Eng. 10 (2021), 100224.
10) 宇都宮登雄，大関雄一郎，半谷禎彦：軽金属，59（2009），642-646
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– reference: 7) 大橋政孝，半谷禎彦，天谷賢児，松原雅昭，鈴木良祐，宇都宮登雄，吉川暢宏：軽金属，70（2020），517-522．
– reference: 9) 鈴木滉大，三ツ木寛尚，大橋政孝，半谷禎彦，天谷賢児：軽金属学会第140回春期大会講演概要，（2021），309-310．
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SubjectTerms Aluminum
foam
Foaming
Fracture surfaces
friction stir welding
Heat treatment
jointing
Precursors
Roll forming
Title Joining of two foamed porous aluminum by roll forming immediately after foaming
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