Building glass production and application

Author: Luo Yi Liu Zhongwei
Publisher:
Publish Date: 2005-03-01
Features: This book integrates the production technology and application technology of architectural glass, providing a detailed introduction to the types, properties, uses, production processes, and technology of architectural glass. It particularly elaborates on the structural design calculations and related building physics performance calculations of architectural glass in various applications. Additionally, it offers numerous design calculation cases for designers to use. The book is highly informative and practical, making it a valuable reference for engineering technicians engaged in various aspects of architectural glass production, engineering applications, especially in architectural glass curtain wall design, supervision, and bidding, as well as for faculty and students of relevant disciplines in universities and colleges.
Table of Contents
Chapter 1: Types of Architectural Glass
1.1 Float Glass
1.2 Tempered Glass
1.3 Insulating Glass
1.4 Laminated Glass
1.5 Tempered and Semi-Tempered Glass for Curtain Walls
1.6 Tinted Glass
1.7 Sun Control Coated Glass
1.8 Low-E Glass
1.9 Wired Glass
1.10 Frosted Glass
1.11 Fire-Resistant Glass
1.12 Bulletproof Glass
1.13 Glass Mosaic
1.14 Grating Glass
1.15 Monolithic Fire-Resistant Glass
1.16 Glazed Glass
1.17 Vacuum Glass
1.18 Anti-Reflection Glass
1.19 Photochromic Glass
1.20 Electrochromic Glass
1.21 Frosted Glass
1.22 Electromagnetic Shielding Glass
1.23 Ribbed Glass
1.24 Foam Glass
1.25 Milky Glass
1.26 Ice Flower Glass
1.27 Bent Glass
1.28 Film-Coated Glass
1.29 Wavy Glass
1.30 Wavy Wired Glass
1.31 Channel Glass
1.32 Hollow Glass Blocks
1.33 Microcrystalline Glass Decorative Panels
1.34 X-Ray Shielding Glass
1.35 Floor Glass
1.36 Painted Glass
1.37 Glass Mirror
Chapter 2: Production Technology of Architectural Glass
2.1 Development History of Architectural Glass Production Technology
2.2 Float Glass Production Technology
2.3 Tempered Glass Production Technology
2.4 Laminated Glass Production Technology
2.5 Insulating Glass Production Technology
2.6 Coated Glass Production Technology
Chapter 3: Methods for Characterizing, Testing, and Calculating the Performance Features of Architectural Glass
3.1 Measurement of Bending Strength of Architectural Glass
3.2 Measurement of Thermal Conductivity of Glass
3.3 Measurement of Wind Load Resistance of Architectural Glass
3.4 Measurement of Elastic Modulus, Shear Modulus, and Poisson's Ratio of Glass Materials
3.5 Measurement of Linear Expansion Coefficient of Glass
3.6 Measurement of Optical Properties of Glass
3.7 Performance and Measurement of Tempered Glass
3.8 Performance and Measurement of Insulating Glass
3.9 Performance and Testing of Laminated Glass
3.10 Performance and Testing of Tempered and Semi-Tempered Glass for Curtain Walls
3.11 Performance and Testing of Sun Control Coated Glass
3.12 Performance and Testing of Low-E Coated Glass
3.13 Performance and Testing of Tinted Glass
3.14 Performance and Measurement of Grating Glass
3.15 Performance and Measurement of Monolithic Fire-Resistant Glass
3.16 Performance and Measurement of Glass Mosaic
3.17 Performance and Measurement of Bulletproof Glass
Chapter 4: Application Technology of Architectural Glass
4.1 Structural Design of Curtain Wall Glass
4.2 Structural Design of Window and Door Glass
4.3 Design for Preventing Thermal Explosion of Ordinary Glass
4.4 Structural Design of Roof Glass
4.5 Structural Design of Underwater Glass
4.6 Thermal Performance Calculation of Curtain Wall Glass
4.7 Thermal Performance Calculation of Building Windows and Doors
4.8 Calculation of Condensation Point of Architectural Glass
4.9 Design for Sound Insulation and Noise Prevention of Architectural Glass
4.10 Performance Calculation of Double-Chamber Curtain Walls