Misorientation behavior of an aluminum bicrystal with 15.7° symmetric tilt boundary using simple shear

Jui Chao Kuo; Delphic Chen; Shih Heng Tung; Ming Hsiang Shih

doi:10.1007/s10853-007-1687-6

Misorientation behavior of an aluminum bicrystal with 15.7° symmetric tilt boundary using simple shear

Jui Chao Kuo, Delphic Chen, Shih Heng Tung, Ming Hsiang Shih

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6 引文斯高帕斯（Scopus）

摘要

The misorientation behavior was investigated in the region of a symmetrical tilt < 112 > boundary with a misorientation of 15.7°. The strain and orientation distributions were obtained by DIC (digital-image-correlation) and EBSD (electron backscattering diffraction) techniques to characterize the kinematical behavior of the grain boundary. In order to obtain a misorientation gradient, the misorientation was used in representation of the axis-angle description. This formation of the orientation gradient is found to have a common rotation axis in the [11-2] direction.

原文	English
頁（從 - 到）	7673-7677
頁數	5
期刊	Journal of Materials Science
卷	42
發行號	18
DOIs	https://doi.org/10.1007/s10853-007-1687-6
出版狀態	Published - 2007 9月

All Science Journal Classification (ASJC) codes

一般材料科學
材料力學
機械工業

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10.1007/s10853-007-1687-6

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title = "Misorientation behavior of an aluminum bicrystal with 15.7° symmetric tilt boundary using simple shear",

abstract = "The misorientation behavior was investigated in the region of a symmetrical tilt < 112 > boundary with a misorientation of 15.7°. The strain and orientation distributions were obtained by DIC (digital-image-correlation) and EBSD (electron backscattering diffraction) techniques to characterize the kinematical behavior of the grain boundary. In order to obtain a misorientation gradient, the misorientation was used in representation of the axis-angle description. This formation of the orientation gradient is found to have a common rotation axis in the [11-2] direction.",

author = "Kuo, {Jui Chao} and Delphic Chen and Tung, {Shih Heng} and Shih, {Ming Hsiang}",

note = "Funding Information: Acknowledgements The authors thank Prof. D. Raabe (MPI Germany) for supplying OIM analysis measurement, Dr. M. Winning (MPI Germany) for providing the bicrystal specimen. J.C. Kuo is grateful for Dr. S. Zaefferer (MPI Germany) for enlightening discussions. This work was funded by the program of National Science Council under project number NSC 94-2216-E-006-031.",

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AU - Chen, Delphic

AU - Tung, Shih Heng

AU - Shih, Ming Hsiang

N1 - Funding Information: Acknowledgements The authors thank Prof. D. Raabe (MPI Germany) for supplying OIM analysis measurement, Dr. M. Winning (MPI Germany) for providing the bicrystal specimen. J.C. Kuo is grateful for Dr. S. Zaefferer (MPI Germany) for enlightening discussions. This work was funded by the program of National Science Council under project number NSC 94-2216-E-006-031.

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N2 - The misorientation behavior was investigated in the region of a symmetrical tilt < 112 > boundary with a misorientation of 15.7°. The strain and orientation distributions were obtained by DIC (digital-image-correlation) and EBSD (electron backscattering diffraction) techniques to characterize the kinematical behavior of the grain boundary. In order to obtain a misorientation gradient, the misorientation was used in representation of the axis-angle description. This formation of the orientation gradient is found to have a common rotation axis in the [11-2] direction.

AB - The misorientation behavior was investigated in the region of a symmetrical tilt < 112 > boundary with a misorientation of 15.7°. The strain and orientation distributions were obtained by DIC (digital-image-correlation) and EBSD (electron backscattering diffraction) techniques to characterize the kinematical behavior of the grain boundary. In order to obtain a misorientation gradient, the misorientation was used in representation of the axis-angle description. This formation of the orientation gradient is found to have a common rotation axis in the [11-2] direction.

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Misorientation behavior of an aluminum bicrystal with 15.7° symmetric tilt boundary using simple shear

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