of Volume 3. - Fundamentals of the Statistical Theory of Fracture. - A General Approach to the Statistical Analysis of Fracture. - Application of the Four Function Weibull Equation in the Design of Brittle Components. - Multiple Flaw Fracture Mechanics Model for Ceramics. - Analysis of Microvoids in Si3N4 Ceramics by Small Angle Neutron Scattering. - Crack Blunting in Sintered SiC. - Alteration of Flaw Sizes and KIc's of Si3N4 Ceramics by Molten Salt Exposure. - Weibull Parameters and the Strength of Long Glass Fibers. - Surface Flaws and the Mechanical Behavior of Glass Optical Fibers. - Mechanical Behavior of Optical Fibers. - Spin Testing of Ceramic Materials. - Effects of Specimen Size on Ceramic Strengths. - Indentation Fracture and Strength Degradation in Ceramics. - Indentation Induced Strength Degradation and Stress Corrosion of Tempered Glasses. - Compressive Microfracture and Indentation Damage in Al2O3. - Microcracking Associated with the Scratching of Brittle Solids. - Crack Formation During Scratching of Brittle Materials. - Impact Damage in Ceramics. - Particle Impact Regimes in Single Crystals. - A High-Speed Photographic Investigation of the Impact Damage in Soda-Lime and Borosilicate Glasses by Small Glass and Steel Spheres. - Localized Impact Damage in a Viscous Medium (Glass). - Erosion of Brittle Materials by Solid Particle Impact. - Compression Testing of Ceramics. - The Strength of Ceramics Under Biaxial Stresses. - A Fracture Specimen for High Temperature Testing. - Application of Fracture Mechanics to the Adherence of Thick Films and Braze Joints. - A Notched Ring Fracture Toughness Test for Ceramics. - Short Rod KIC Measurements of Al2O3. - Impact Fracture of Ceramics at High Temperature. - Contributors. Language: English