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Rheology. theory and applications / Vol. II :
| Clasificación: | Libro Electrónico |
|---|---|
| Otros Autores: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
New York :
Academic Press,
1958.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Rheology: Theory and Applications; Copyright Page; Preface; Contributors to Volume II; Table of Contents; CHAPTER 1. VISCOELASTICITY PHENOMENA IN AMORPHOUS HIGH POLYMERIC SYSTEMS; I. Introduction; Ii. Creep And Recovery Behavior Of Amorphous Polymers; Iii. Stress Relaxation And Dynamic Response Of Amorphous Polymers; Iv. Models, Spectra, And Operator Equations; V. Superposition; Continuous Spectra; Vi. Molecular Structure And Linear Viscoelastic Behavior; Nomenclature; CHAPTER 2. STRESS RELAXATION STUDIES OF THE VISCOELASTIC PROPERTIES OF POLYMERS TOBOLSKY
- I. Four Regions of Viscoelastic Behavior for Amorphous PolymersII. The Time-Temperature Superposition Principle; Iii. Parameters Defined By The Relaxation Master Curves; Iv. Stress Birefringence Ratio And The Mechanism Of Viscoelastic Deformation; V. Distribution Of Relaxation Time, Flow Viscosity, And Dynamic Modulus; Vi . The Characteristic Relaxation Time K( T ) As A Function Of Temperature; VII. Stress Relaxation of Polycrystalline Polymers; VIII. Chemical Stress Relaxation (Chemorheology); Nomenclature; CHAPTER 3. THE RELAXATION THEORY OF TRANSPORT PHENOMENA; I. Introduction
- II. Generalized Theory of ViscosityIii. A Generalized Theory Of Diffusion; IV. Applications; V. Nature of ""Holes; Nomenclature; CHAPTER 4. THE RHEOLOGY OF ORGANIC GLASSES; I. Introduction; II. Anelasticity and Reversible Deformations; III. Irreversible Deformations; IV. Major Experimental Techniques; V. Effect of Physical Variables on Anelasticity; VI. Effect of Chemical Variables on Anelasticity and Irreversible Deformations; Nomenclature; CHAPTER 5. THE RHEOLOGY OF RAW ELASTOMERS; I. Introduction; II . Rheological Testing Equipment; III. Viscometric Theory; IV . Elastic Recovery
- V. Surface Slip :VI . Experimental Results; VII. Theory of the Fluidity of Elastomers; VIII. Processing; Nomenclature; CHAPTER 6. THE RHEOLOGY OF CELLULOSE DERIVATIVES; I. The Nature of Cellulose and its Derivatives; II. Fields of Application; III. Irreversible Behavior Flow; IV. Elasticity and Toughness; Nomenclature; CHAPTER 7. THE RHEOLOGY OF FIBERS; I. Introduction; II . Structure; III. Creep and Relaxation; IV . Stress-Strain Relations; V. Dynamic Properties; VI . Quantitative Theoretical Interpretation; VII. Strength; Nomenclature; CHAPTER 8. THE RHEOLOGY OF GELATIN; I . Introduction
- II. Mode of Production and Composition of GelatineIII.The Rheological Properties of Gelatin; IV. Theories of Gel Formation; V. Rheological Properties in Relation to the Uses of Gelatine and Glue and to Industrial Testing Methods; Nomenclature; CHAPTER 9. RHEOLOGICAL PROPERTIES OF ASPHALTS; I. Introduction; II. Rheological Properties of Pure Asphalts; III. Asphalt-Mineral Aggregate Mixtures; Nomenclature; CHAPTER 10. RHEOLOGICAL PROBLEMS OF THE EARTH'S INTERIOR; I. Introduction: Structure of the Earth; Elastic Constants; II. Introduction to Rheological Problems in the Earth