The Diffuse Interface Approach in Materials Science

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The book explores inhomogeneous systems characterized by distinct phases separated by interfaces, particularly focusing on how these phases behave when driven out of equilibrium. It delves into phenomena such as phase separation and dendritic solidification, emphasizing the sharp interface approach used in both analytical and numerical studies. This method involves defining boundary conditions that dictate the movement of the interface, rooted in symmetry arguments and intuitive reasoning. The text provides a comprehensive examination of these complex physical processes.