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NATO Science Series E

By: H.J. Herrmann (Editor), J.-P. Hovi (Editor), S. Luding (Editor)

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Hardcover | 30 June 1998

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748 Pages

Dimensions(cm)
24.77 x 16.51 x 4.45

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Dry granular materials, such as sand, sugar and powders, can be poured into a container like a liquid and can also form a pile, resisting gravity like a solid, which is why they can be regarded as a fourth state of matter, neither solid nor liquid.
This book focuses on defining the physics of dry granular media in a systematic way, providing a collection of articles written by recognised experts. The physics of this field is new and full of challenges, but many questions (such as kinetic theories, plasticity, continuum and discrete modelling) also require the strong participation of mechanical and chemical engineers, soil mechanists, geologists and astrophysicists. The book gathers into a single volume the relevant concepts from all these disciplines, enabling the reader to gain a rapid understanding of the foundations, as well as the open questions, of the physics of granular materials. The contributors have been chosen particularly for their ability to explain new concepts, making the book attractive to students or researchers contemplating a foray into the field. The breadth of the treatment, on the other hand, makes the book a useful reference for scientists who are already experienced in the subject.

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Preface
List of Participants
Continuum Modeling of Granular Assemblies: Quasi-Static Dilatancy and Yield	p. 1
Modeling and Granular Material Boundary Value Problems	p. 25
Models of Stress Propagation in Granular Media	p. 97
Elastoplastic Arching in Two Dimensional Granular Heaps	p. 123
A Scalar Arching Model	p. 129
Stress Correlations and Weight Distributions in Granular Packs	p. 137
Exact Determination of Force Networks in a Static Assembly of Discs	p. 143
Experimental Study of the Force Distributions inside 2D Granular Systems	p. 149
Statistical Analysis of Silo Wall Pressures	p. 155
Non-Associated Plasticity for Soils, Concrete and Rock	p. 163
Static and Dynamic Arching Effect in Granular Materials	p. 197
Collisions and Fluctuations for Granular Materials	p. 217
Texture-Dependent Rigid-Plastic Behavior	p. 229
Fluctuations and Flow for Granular Shearing: Results from Experiment and Simulation	p. 237
A Continuum Description of Arching Effects	p. 243
Pressure Fluctuations in a Granular Column	p. 249
Friction, Dilation, and Plastic Flow Potential	p. 255
Particle Kinematics in Sheared Rod Assemblies: Experimental Observations	p. 261
Quasi-Static Contacts	p. 267
Collisions and Contacts between Two Particles	p. 285
Multicontact Dynamics	p. 305
Lasting Contacts in Molecular Dynamics Simulations	p. 313
On the Shape of a Sandpile	p. 319
Formation of Sandpiles, Avalanches on an Inclined Plane	p. 339
A Minimal Model Approach for Morphodynamics of Dunes	p. 347
Kinetic Theory for Nearly Elastic Spheres	p. 353
Kinetics and Dynamics of Rapid Granular Flows	p. 371
Inelastic Collisions in Planetary Rings: Thickness and Satellite-Induced Structures	p. 401
A Microscopic Model of Energy Dissipation in Granular Collisions	p. 407
DSMC - a Stochastic Algorithm for Granular Matter	p. 413
Continuous Flows and Avalanches of Grains	p. 421
Friction in Granular Media	p. 441
A Phenomenological Model for Avalanches and Surface Flows	p. 465
Avalanches in Piles of Rice	p. 475
Dynamics of a Ball Roling Down a Rough Inclined Surface	p. 481
Chaotic Behavior of a Ball Bouncing on a Rough Inclined Line	p. 499
Granular Flow in Hoppers and Tubes: Gas Grain Interaction	p. 509
1/f Noise in Pipe Flow	p. 533
Particles in Liquids	p. 539
Similarities between Granular and Traffic Flow	p. 547
Chicago Experiments on Convection, Compaction, and Compression	p. 553
Granular Packing under Vibration	p. 585
Granular Dynamics of Shaking	p. 601
Pattern Formation in Vertically Vibrated Granular Layers: Experiment and Simulation	p. 613
Faraday Patterns in 2D Granular Layers	p. 619
Is There a Critical Accelaration for the Onset of Convection?	p. 625
Frustrated Models for Compact Packings	p. 633
Rotation and Reptation	p. 639
Particle Segregation in Collisional Flows of Inelastic Spheres	p. 645
Depletion and Multiparticle Segregation	p. 659
Spontaneous Self-Stratification without Shaking	p. 671
Segregation due to Surface Flows of Granular Mixtures	p. 681
Cellular Automata Models for Granular Media	p. 687
Particle Size Segregation. Granular Shocks and Stratification Patterns	p. 697
Segregation of Granular Particles in a Nearly Packed Rotating Cylinder: A New Insight for Axial Segregation	p. 703
Author Index	p. 711
Table of Contents provided by Blackwell. All Rights Reserved.

NATO Science Series E

At a Glance

Hardcover

Shipping

How to return your order

Defective items

You Can Find This Book In

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