Crack Growth and Microstructure - Bradt, R. C.

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Sommaire:
of Volume 4.- Lattice Theories of Fracture.- Mechanisms of Subcritical Crack Growth in Glass.- Stress Corrosion Mechanisms in E- Glass Fiber.- A Multibarrier Rate Process Approach to Subcritical Crack Growth.- Stress Rupture Evaluations of High Temperature Structural Materials.- Growth of Cracks Partly Filled with Water.- Electrolytic Degradation of Lithia-Stabilized Polycrystalline ??- Alumina.- Engineering Design and Fatigue Failure of Brittle Materials.- Subcritical Crack Growth in PZT.- Subcritical Crack Growth in Electrical Porcelains.- Fracture Mechanics of Alumina in a Simulated Biological Environment.- Modified Double Torsion Method for Measuring Crack Velocity in NC-132 (Si3N4).- Subcritical Crack Growth in Glass Ceramics.- Dynamic Fatigue of Foamed Glass.- Static Fatigue Behavior in Chemically Strengthened Glass.- Prediction of the Self-Fatigue of Surface Compression - Strengthened Glass Plates.- Fracture Mechanics and Microstructural Design.- Microcracking in a Process Zone and Its Relation to Continuum Fracture Mechanics.- A Structure Sensitive KIc-Value and Its Dependence on Grain Size Distribution, Density, and Microcrack Formation.- Microstructural Dependence of Fracture Mechanics Parameters in Ceramics.- Role of Stress Induced Phase Transformation in Enhancing Strength and Toughness of Zirconia Ceramics.- Toughness and Fractography of TiC and WC.- Mechanical Properties of Al2O3-HfO2 Eutectic Microstructures.- Fracture Resistance and Temperatures in Metal Infiltrated Porous Ceramics.- Reaction Sintered Si3N4: Development of Mechanical Properties Relative to Microstructure and the Nitriding Environment.- Mechanical Properties of Porous PNZT Polycrystalline Ceramics.- Fracture of Brittle Particulate Composites.- Some Effects of Dispersed Phases on theFracture Behavior of Glass.- Fracture Toughness of Reinforced Glasses.- Contributors.