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Microstructure evolution of recycled 7075 aluminum alloy and its mechanical and corrosion properties
, 2021Bo Zhou +5 more
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“Evolution” of microstructure in materials
International Journal of Materials Research, 2008Abstract The term “evolution” is used in both biology and materials science. There are however large differences in what is meant by it. It will be shown that one difference is the probability of single or multi step nucleation. Biological structures are too complex to be recreatable by nucleation.
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Nonlinear Acoustics for Microstructural Evolution
2016Acoustic nonlinearity holds the potential of becoming the primary means of characterizing microstructural evolution caused by, for instance, fatigue of metals, because it is capable of probing the processes of dislocation movement (Hikata et al. (1966); Hikata and Elbaum (1966); Cantrell and Yost (1994)) and crack nucleation and growth (Buck et al ...
Masahiko Hirao, Hirotsugu Ogi
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Nonlinear Composites and Microstructure Evolution
2001Recently developed methods for estimating the effective behavior of nonlinear composites are reviewed. The methods follow from variational principles expressing the effective behavior of the given nonlinear composites in terms of the behavior of suitably chosen “linear comparison” composites.
Pedro Ponte Castañeda, Pierre Suquet
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Microstructure evolution of soft clay under consolidation loading
, 2021Y. Zheng, Hong Sun, M. Hou, X. Ge
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Evolution of Microstructure: an Example
2001We consider a continuum model for the flow of two phases of different mobility and density in a Hele-Shaw cell or a porous medium. As a consequence of the Saffman-Taylor instability, the phase distribution is thought to develop a microstructure, so that its evolution is effectively unpredictable.
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