Computational and Experimental Fluid Mechanics with Applications to Physics, Engineering and the Environment

Editors:

ISBN: 978-3-319-00190-6 (Print) 978-3-319-00191-3 (Online)

Table of contents (40 chapters)

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  1. Front Matter

    Pages i-xxiii

  2. Invited Lectures

    1. Front Matter

      Pages 1-1

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      Chapter

      Pages 3-36

      Environmental Fluid Mechanics: Applications to Weather Forecast and Climate Change

    3. No Access

      Chapter

      Pages 37-45

      Turbulent Diffusion of Heat at High Rayleigh Numbers

    4. No Access

      Chapter

      Pages 47-69

      Numerical Simulation of Sliding Drops on an Inclined Solid Surface

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      Chapter

      Pages 71-105

      Fluids in Cosmology

    6. No Access

      Chapter

      Pages 107-120

      Fluid Mechanics and Systems Biology for Understanding the Cosmic Distribution of Life: A Review

    7. No Access

      Chapter

      Pages 121-139

      The Impact of Computational Fluid Mechanics on Cancer Research

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      Chapter

      Pages 141-164

      Growth of Bubbles in Reservoirs and its Consequences on the Foam Formation

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      Chapter

      Pages 165-191

      Theoretical Physics of Granular Fluids and Solids

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      Chapter

      Pages 193-210

      Shock Structure and Acoustic Waves in a Supersonic Jet

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      Chapter

      Pages 211-233

      Complex Fluids, Soft Matter and the Jamming Transition Problem

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      Chapter

      Pages 235-247

      A Multiphase Approach to Model Blood Flow in Micro-tubes

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      Chapter

      Pages 249-257

      Perspective: The Breakup of Liquid Jets and the Formation of Droplets

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      Chapter

      Pages 259-270

      Experimental Investigation of Thermal Diffusion in Binary Fluid Mixtures

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      Chapter

      Pages 271-288

      Stellar Mass Accretion Rates from Fragmentation of a Rotating Core

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      Chapter

      Pages 289-296

      Biocompatible Treatment of Extra Heavy Oil Produced in Venezuela

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      Chapter

      Pages 297-303

      Dynamical Behaviour of As(V) and Se(IV) Adsorption in Biofilters: Analysis of Dimensions, Flux and Removal Percentage

  3. Drops, Particles and Waves

    1. Front Matter

      Pages 305-305

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      Chapter

      Pages 307-314

      The Geometry of Drop-Formed Vortex Rings

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      Chapter

      Pages 315-323

      Hydrodynamics of Multiple Coalescence Collisions of Liquid Drops: From the Modelling of the Coalescence Phenomenon to Flocculation of Drops in 3D Using the SPH Formalism

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      Chapter

      Pages 325-334

      A Three-Dimensional SPH Approach for Modelling the Collision Process Between Liquid Drops: The Formation of Clusters of Unequal-Sized Drops

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      Chapter

      Pages 335-343

      Numerical Simulations of Freely Oscillating Drops

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