Glass: Mechanics and Technology

摘要: INTRODUCTION GLASS, A CERAMIC MATERIAL Four Classes of Materials Ashby's Charts Co-Selecting Performance Indexes Shape Factors in Mechanical Design GLASS PRE- AND HISTORY Natural Glasses Early First Optical Modern APPLICATIONS OF GLASSES Glazing Packaging Glass Fibres for Insulation and Reinforcement Abrasive Tools Manufacturers STRUCTURE Introduction Silica Related Organic Chalcogenide Avoiding Crystallization Surface Structure RHEOLOGY Viscosity Transition its Observation How to 'Observe' Transition? Viscous Response Visco-Elastic Tempering MECHANICAL STRENGHT Theoretical Strength Tensile Resistance Stress Concentration Linear Elasticity Crack Tip Field Toughness Measurement Influence Residual on Fragmentation Statistic Weibull Analysis CONTACT RESISTANVCE Sharp Blunt Contact Abrasion Cutting Application other AGEING Corrosion Charles Hillig Theory Life Time Under Static Fatigue Applications MECHANICS PROCESSES Float Process Blow-and-Blow Press-and-Blow Fusion Draw PRODUCTION CONTROL RESIDUAL STRESSES Stresses Flat Basics Photoelasticity Meters HIGH-TECH PRODUCERS R&D Market Trend Driven Display Panel Thin Film Technology Conclusion APPENDICES