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Zweigstelle: Hauptstelle	Standorte: ZB-130 79	Status: Verfügbar	Vorbestellungen: 0	Frist:	Barcode: 00178608	Lagepläne: Lageplan	Ausleihhinweis:

Table of Contents

FLOW-INDUCED CAPSULE DEFORMATION

Introduction

Membrane Mechanics

Membrane Constitutive Laws

Experimental Determination of Membrane Properties

Capsule Deformation in an Ambient Flow

Numerical Simulation of Large Deformations

Summary

References

 

SHELL THEORY FOR CAPSULES AND CELLS

Introduction

Stress Resultants and Bending Moments

Interface Force and Torque Balances

Surface Deformation and Elastic Tensions

Surface Deformation and Bending Moments

Axisymmetric Shapes

Planar Axisymmetric Membranes

Two-Dimensional Membranes

Incompressible Interfaces

Membrane Viscoelasticity

Discrete Models and Variational Formulations

Numerical Simulations of Flow-induced Deformation

References

 

MULTI-SCALE MODELING SPANNING FROM CELL SURFACE RECEPTORS TO BLOOD FLOW IN ARTERIES

Cell Adhesion

Arterial Blood Flow

Immersed Boundary Method

Leukocyte Deformation and Recovery

Rolling of Adhering Cells

References

 

MECHANICS OF RED BLOOD CELLS AND BLOOD FLOW IN NARROW TUBES

Introduction

Mechanical Properties of Red Blood Cells

Single-file Motion of Red Blood Cells in Capillaries

Multi-file Motion of Red Blood Cells in Microvessels

Motion of Red Blood Cells in Shear Flow

Conclusions

References

 

CAPSULE DYNAMICS AND INTERFACIAL TRANSPORT

Introduction

Model of Fluid-Particle Motion with Interfacial Mass Transport

Boundary-Integral Formulation

Particle Motion Induced by Interfacial Mass Transport

Locomotion Induced by the Internal Secretion of a Surfactant

Drop Migration in an Ambient Concentration Gradient

Combined Effect of Gravity and Thermocapillarity

Concluding Remarks

References

 

CAPSULE MOTION AND DEFORMATION IN TUBE AND CHANNEL FLOW

Capsule Motion in Tube Flow

Numerical Methods

Capsules with Surfactant-Induced Elasticity in Tube Flow

Capsules with Temperature-Induced Elasticity in Tube Flow

Capsules Enclosed by Elastic Membranes in Tube Flow

Capsule Motion in Channels

Capsules with Surfactant-Induced Elasticity in Channel Flow

Capsules with Temperature-Induced Elasticity in Channel Flow

Capsules Enclosed by Elastic Membranes in Channel Flow

Outlook

References

 

INDEX