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

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Fundamental Concepts in Biotransportal 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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Rheology of Biological Fluidsng the relationship between the application of forces and the deformation and flow of biomaterials, including bone, soft tissue, synovial fluid, mucus, blood, and other biomaterials. However, biorheology is also concerned with the interaction between nonbiological materials and biological systems. T

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Macroscopic Approach for Biofluid Transport that we will describe in Chap.?6, which is used to predict spatial variations of shear stress, pressure, and velocity within the fluid. The macroscopic approach is appropriate when we are not interested in the spatial variations within the system, but instead are interested in average transient val

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