Titlebook: Micro- and Nanoflows; Modeling and Experim Valery Ya. Rudyak,Vladimir M. Aniskin,Sergey G. Mi Book 2018 Springer International Publishing A

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Methods of Modeling of Microflows and Nanoflows,ely. It begins with a brief classification of these flows. After that, the methods of the modeling flows of the rarefied and dense gases and liquids are described. In the following two sections, the modeling of dispersed fluids, including nanofluids, is analyzed. The last section is devoted to a bri

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Modeling of Micromixers,nd mixing regimes in Y-type micromixers at low and moderate Reynolds numbers. In the next section, the flow in T-type micromixers is studied experimentally and the obtained data is compared with those from modeling. Modeling of two-phase flow and heat transfer in micromixers is considered in the two

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Modeling of Nanoflows,lle-type flow characterized by a certain pressure gradient, and discuss specific features of plane flows in nanochannels. This is the subject of the first four sections of the chapter. In Sects. . and ., the self-diffusion of the fluid molecules in nanochannel and in porous media is studied. Finally

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Micro- and Nanoflows978-3-319-75523-6Series ISSN 0926-5112 Series E-ISSN 2215-0056