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Original Articles

Cyclic deformation of polycrystalline Cu films

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Pages 693-710 | Published online: 14 Nov 2010

Keep up to date with the latest research on this topic with citation updates for this article.

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Xingzhen Huang & Zhaoxia Li. (2024) A multi-scale model of film/substrate interface damage due to the evolution of vacancy concentration inside the film. Mechanics of Advanced Materials and Structures 31:8, pages 1847-1857.
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Zhehui Zhao, Haoran Fu, Ruitao Tang, Bocheng Zhang, Yunmin Chen & Jianqun Jiang. (2023) Failure mechanisms in flexible electronics. International Journal of Smart and Nano Materials 14:4, pages 510-565.
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Kaustubh Venkatraman & Vikram Jayaram. (2019) Stiffness based technique to probe cyclic damage accumulation in micro-structurally graded bond coats via micro-beam bending tests. Philosophical Magazine 99:16, pages 2016-2050.
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Sofie Burger, Christoph Eberl, Alexander Siegel, Alfred Ludwig & Oliver Kraft. (2011) A novel high-throughput fatigue testing method for metallic thin films. Science and Technology of Advanced Materials 12:5.
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G. P. Potirniche & M. F. Horstemeyer. (2006) On the growth of nanoscale fatigue cracks. Philosophical Magazine Letters 86:3, pages 185-193.
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G. P. Zhang, R. Schwaiger, C. A. Volkert & O. Kraft. (2003) Effect of film thickness and grain size on fatigue-induced dislocation structures in Cu thin films. Philosophical Magazine Letters 83:8, pages 477-483.
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Yun Xia, Yaqiang Wang, Kai Wu, Jinyu Zhang, Gang Liu & Jun Sun. (2024) The effects of interlayer size and crystallinity on fatigue behavior of Cu/X (X= cr, amorphous CuZr) bilayers. Materials Science and Engineering: A 897, pages 146368.
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