Titlebook: Biotransport: Principles and Applications; Robert J. Roselli,Kenneth R. Diller Textbook 2011 Springer Science+Business Media, LLC 2011

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https://doi.org/10.1007/978-3-031-28555-4ntellectual evolution with new knowledge and applications being generated at an astounding pace. Thus, biomedical engineers need a solid understanding of fundamental principles that underpin the core knowledge in the discipline, such as in biotransport, and they also need to be able to be innovative

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Institutions and Constitutive Rulesal or medical applications. It is often subdivided into four disciplines: biofluid mechanics, bioheat transfer, biomass transfer, and bioelectricity. These topics are often taught together because of the great similarities in the principles that govern the transport of mass, heat, and momentum of ch

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Gonzalo Villa-Rosas,Torben Spaakderstand the interplay among various factors that contribute to a process of interest. Models can be either mathematical models or physical models. Consequently, there are two general approaches used to solve problems in biotransport: the theoretical approach and the empirical approach.

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https://doi.org/10.1007/978-94-011-9267-5idimensional problems requires a more general approach. The result of this approach is a set of partial differential equations that can be applied to a variety of different problems, including many of the one-dimensional problems we have already solved in Chap. 6. It is not our intention to provide