Modelling the evolution of phase boundaries in solids at the meso- and nano-scales
作者： Katsuyo Thornton , John Ågren , P.W. Voorhees
DOI: 10.1016/J.ACTAMAT.2003.08.008
关键词: Multicomponent systems 、 Phase field models 、 Interface (Java) 、 Sharp interface 、 Microstructural evolution 、 Materials science 、 Thermodynamics 、 Modelling methods 、 Aerospace engineering 、 Nano- 、 Phase (matter)
摘要: Phase boundaries play an important role in setting the properties of multicomponent materials at both meso- and nano-scales. In this review, we provide overview modelling methods utilized state-of-the-art research engineering applications. We review current physical understanding how phase evolve, focusing on systems. The recent advances numerical modelling, fueled by powerful computers, have provided accurate robust results that allow problems are beyond reach analytic to be addressed. While approaches used engineering-oriented applications employ simplified microstructures, it is found such models quite useful many problems. ability simulate realistic microstructures will further increase power modelling. also highlight differences between sharp interface diffuse for microstructural evolution. addition, identify future topics area.
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