Technical Guide (continued)

• Acoustics for Glass and Laminates
• Adapted Heat Treatment for Phase Transformation of NiS Inclusion in the Heat Strengthened and Tempered Glass
• Adhesion in Laminated Safety Glass – What makes it work?
• Architectural Glass for Earthquake-resistant Buildings
• Blast Hazard Mitigation Through the Use of Performance-Specified Laminated Glazing Systems
• Code of Practice for Use of Glass in Buildings
• Conception of A New Notification of Building Glass Design in Japan
• Connection Between Glass Quality and the Convection Furnace
• Delamination Issues with Laminated Glass – Causes and Prevention
• Durability and Post breakage Behavior of Laminated Safety Glass
• Energy Efficient Laminated Glass Constructions
• Energy Efficient Laminated Glass Constructions
• Expanding Bomb Blast Performance of Architectural Glass
• Facade Noise Control with Glass and Laminates
• Factors that Influence Spontaneous Failure in Thermally Treated Glass – Nickel Sulphide
• Fire-Resistant Glazing
• Fundamental Concepts for the Design, Manufacture & Testing of Ig Units for Warm Climates
• Fundamentals of Laminating Process and Quality Requirements
• Glasstech Asia 2002 Conference
• Glazing for Injury Alleviation Under Blast Loading – United Kingdom Practice
• Glazing Selection
• Hat Kind of Coated Glass can be Tempered ?
• Heat Soaking Avoids Spontaneous Cracking of Thermally Toughened Safety Glass
• How Long Can Spacer Bars – Filled with Desiccant – Be Exposed to Ambient Air?
• Importance of Edge Finish on Thermal Tempering
• Importance of Edge Finish on Thermal Tempering
• Important Technical Considerations Influencing the Wider Application of Fire- Resistant Glasses. A Review of the Central Importance of International Standards
• Improved Sound Reduction with Laminated Glass
• Improved Sound Reduction with Laminated Glass
• Insulating Glazing in a Warm Climate - Even More Important than a Cold Climate
• Low-e Glass Tempering
• Low-E Glass Tempering: Quality and Technology Requirements
• New Developments in Predicting the Strength of Glass after 20 or more Years of Use in Buildings
• New Technology for Processing of Large Glass Sizes, Types and Shapes
• Nickel Sulphide Inclusions - Important Issues for the Designer
• On–Line Measurement of Stresses and Optical Distortion for QC of Tempered Glass.
• Optimum ESD Facades – Different Cities, Different Solutions
• Resistance of Glass to Typical Forced Entry In Japan
• Roller Wave Distortion – Definition, Causes and a Novel Approach to Accurate, On-line Measurement
• Sealants for Ig Units Performance Parameters and Requirements
• Sound Insulation Theory
• Suitability of Dual Skin Glass in Hot Climates
• Technology for Low-E tempering
• Technology for Low-E tempering
• The Disintegration of Thermally Toughened Glass by Nickel Sulphide Iinclusions
• The Dynamics of Ceramic Rollers And Operating and Maintenance Practices to Produce Quality Tempered Glass
• The Influence of the Desiccant on the Result of the Climate Test of the Future European Standard for Insulating Glass
• The Significance of Sub-critical NiS Inclusions
• Thermo chromic Glazing for “Zero Net Energy” House
• Understanding The Versatility Of Laminated Safety Glass As A Glazing Product Of The Future