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Title: Nano-anchor effect by anodic oxidation of aluminum sheets in joining by electrodeposition
Authors: Hakamada, Masataka  kyouindb  KAKEN_id
Miyazawa, Naoki
Kohashi, Yohei
Yamano, Yuriko
Mabuchi, Mamoru
Author's alias: 袴田, 昌高
宮澤, 直己
小橋, 庸平
山野, 友梨子
馬渕, 守
Keywords: Aluminum sheets
Joining
Electrodeposition
Interfacial shear strength
Issue Date: 2018
Publisher: Elsevier B.V.
Journal title: Procedia Manufacturing
Volume: 15
Start page: 1416
End page: 1421
Abstract: Two anodized and stacked aluminum sheets were adhered by electrodeposition of copper. The anodizing conditions were varied and the adhesion strength (interface shear strength) was investigated by lap shear tests. The interfacial shear strength depended on the conditions of the anodic oxidation and reached >60 MPa when the aluminum sheets was anodized in H₃PO₄ before electrodeposition of copper. An anodic aluminum oxide film was formed by anodic oxidation (anodization) of the aluminum sheets and had porous structure with straight nanopores perpendicular to the surface. Hence, anodized Al sheets were strongly adhered by Cu electrodeposition because of nano-anchor or interlocking effect between the porous structure and electrodeposited copper. The proposed joining technique through electrodeposition may be useful because it can provide electrically conductive joints at room temperature and ambient pressure.
Description: Part of special issue: Proceedings of the 17th International Conference on Metal Forming METAL FORMING 2018 September 16 – 19, 2018, Loisir Hotel Toyohashi, Toyohashi, Japan.
Rights: Procedia Manufacturing is an open access journal focusing entirely on publishing high quality conference proceedings. Procedia Manufacturing enables fast dissemination of its content so that conference delegates can publish their papers in a dedicated online issue on Sciverse ScienceDirect under the Creative Commons license BY-NC-ND.
URI: http://hdl.handle.net/2433/241244
DOI(Published Version): 10.1016/j.promfg.2018.07.340
Appears in Collections:Journal Articles

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