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- W2529840982 abstract "A previously-developed finite-deformation- and crystal-elasticity-based constitutive theory for stressed grain growth in cubic polycrystalline bodies has been augmented to include a description of excess surface energy and grain-growth stagnation mechanisms through the use of surface effect state variables in a thermodynamically-consistent manner. The constitutive theory was also implemented into a multiscale coupled finite-element and phase-field computational framework. With the material parameters in the constitutive theory suitably calibrated, our three-dimensional numerical simulations show that the constitutive model is able to accurately predict the experimentally-determined evolution of crystallographic texture and grain size statistics in polycrystalline copper thin films deposited on polyimide substrate and annealed at high-homologous temperatures. In particular, our numerical analyses show that the broad texture transition observed in the annealing experiments of polycrystalline thin films is caused by grain growth stagnation mechanisms. Developing a theory for stressed grain growth in polycrystalline thin films.Implementation into a multiscale coupled finite-element and phase-field framework.Quantitative reproduction of the experimental grain growth data by simulations.Revealing the cause of texture transition to be due to the stagnation mechanisms." @default.
- W2529840982 created "2016-10-14" @default.
- W2529840982 creator A5053085011 @default.
- W2529840982 creator A5065190539 @default.
- W2529840982 creator A5079409330 @default.
- W2529840982 date "2016-12-01" @default.
- W2529840982 modified "2023-10-04" @default.
- W2529840982 title "A multiscale coupled finite-element and phase-field framework to modeling stressed grain growth in polycrystalline thin films" @default.
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- W2529840982 doi "https://doi.org/10.1016/j.jcp.2016.09.061" @default.
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