Nanoscale Hydrodynamics of Simple Systems
Nanoscale Hydrodynamics of Simple Systems by Jesper Schmidt Hansen, published by Cambridge University Press on September 29, 2022, is a comprehensive resource for graduate students and researchers. This edition, consisting of 250 pages, delves into the fundamental aspects of nanoscale hydrodynamics, presenting classical, generalized, and extended hydrodynamic theories while also addressing their limitations. The book introduces readers to nanoscale fluid phenomena and illustrates how hydrodynamic theory, alongside detailed atomistic simulations, can enhance understanding of fluid dynamics at this extreme length scale.
Readers will find a thorough exploration of how to identify when classical theory is insufficient and how to extend and generalize these theories. The text emphasizes the integration of simulations and theoretical frameworks to deepen knowledge about the fluid dynamics of small-scale systems. Additionally, it includes supplementary resources such as explanatory videos for code package installation, along with discussions, analyses, and visualizations of simulations, making it a valuable tool for those engaged in the fields of physics, mechanics, and materials science.
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Written for graduate students and researchers, Nanoscale Hydrodynamics of Simple Systems covers fundamental aspects of nanoscale hydrodynamics and extends this basis to examples. Covering classical, generalised and extended hydrodynamic theories, the title also discusses their limitations. It introduces the reader to nanoscale fluid phenomena and explores how fluid dynamics on this extreme length scale can be understood using hydrodynamic theory and detailed atomistic simulations. It also comes with additional resources including a series of explanatory videos on the installation of the code package, as well as discussion, analysis and visualisations of simulations. This title primarily focusses on training the reader to identify when classical theory breaks down, how to extend and generalise the theory, as well as assimilate how simulations and theory together can be used to gain fundamental knowledge about the fluid dynamics of small-scale systems.
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