Titlebook: Complex Fluids in Biological Systems; Experiment, Theory, Saverio E. Spagnolie Book 2015 Springer Science+Business Media New York 2015 Act

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Theory of Active Suspensionsecules capable of converting fuel into mechanical work and microstructural stresses. Such systems, which have excited much research in the last decade, exhibit complex dynamical behaviors such as large-scale correlated motions and pattern formation due to hydrodynamic interactions. In this chapter,

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Computational Challenges for Simulating Strongly Elastic Flows in Biologyid mechanics, particularly in the case of fluids with large elastic forces that interact with immersed elastic structures. We discuss some of the characteristics of strongly elastic flows and introduce different models and methods designed for these types of flows. We describe contributions from ana

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Cell Distribution and Segregation Phenomena During Blood Flowastic fluid, and also in the biological sense, as a tissue that has a wide range of functions from delivery of oxygen and nutrients to response to injury and inflammation. These forms of complexity are interconnected, as the physical nature of blood as a multiphase fluid is intimately related to its

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Theory of Locomotion Through Complex Fluidsterized by length scales on the order of the organism itself leading to additional dynamic complexity. In this chapter we present a theoretical overview of small-scale locomotion in complex fluids with a focus on recent efforts quantifying the impact of non-Newtonian rheology on swimming microorganisms.

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Computing Your Income Tax Bill,and our research group, will be presented with the take home message that we are in the early stages of interpreting experimental data and building predictive models and simulations of biological materials.

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