Industrial Chimney Design Manual Published: 2017
The content introduction manual comprehensively and systematically introduces the design methods and regulations of reinforced concrete chimneys, steel chimneys, fiberglass chimneys and other single-tube chimneys, as well as sleeve chimneys and multi-tube chimneys with brick, steel, and fiberglass as inner cylinders. Rich in content and practical, it is a large practical reference book.
The book is divided into 13 chapters, including: general design rules, chimney wind resistance design, chimney seismic design, chimney temperature resistance design, chimney corrosion resistance design, foundation and foundation, reinforced concrete chimney, sleeve and multi-tube chimney, steel chimney, Fiberglass chimneys, chimneys, chimney expansion joints, aviation obstruction lights and signs.
This manual can be used as a supporting reference book for "Chimney Design Specification", and can be used by engineering design and supervision units, relevant engineering and technical personnel of scientific research institutes, and can also be used as a reference for relevant teachers and students of colleges and universities.
table of Contents
1 Design General 1.1 Determination of the safety level of the chimney 1.2 Design of the limit state of the load capacity of the chimney 1.3 Design of the limit state of normal use of the chimney 1.4 Calculation of the pressure of the flue gas 1.5 Calculation of the live and ash load of the platform 1.6 Ice load 1.7 Chimney emission monitoring system 1.8 Chimney design data 2 Chimney wind resistance design 2.1 Wind load and basic wind pressure 2.2 Wind load carrier type coefficient 2.3 Downwind load 2.4 Crosswind resonance response 2.5 Local wind pressure response 2.6 Impact of outer tube wind vibration on inner tube 3 Chimney seismic design 3.1 Basic concept of chimney seismic 3.2 Horizontal earthquake action 3.3 Vertical earthquake and action 3.4 Basic form and seismic performance 3.5 Intrinsic relationship between sudden change in stiffness and sudden change in internal force of the structure 4 Chimney temperature resistance design 4.1 Material performance under temperature 4.2 Material with high temperature resistance 4.3 Calculation of heat transfer of flue gas temperature 4.4 Temperature Action 5 Anti-corrosion design of chimney 5.1 Desulfurization process and characteristics 5.2 Investigation and analysis of chimney corrosion case 5.3 Dew point temperature 5.4 Basic concepts and criteria of anti-corrosion of chimney 5.5 Anti-corrosion design of chimney 6 Foundation and foundation 6.1 Foundation type and its application range 6.2 Foundation calculation 6.3 Foundation Calculation 6.4 Foundation structure 6.5 Foundation calculation example 6.6 Foundation design example 7 Reinforcement concrete Earth Chimney 7.1 Calculation Principles 7.2 Additional Bending Moment Calculation 7.3 Ultimate Load Capacity State Calculation 7.4 Normal Use Limit State Calculation 7.5 Tube Wall Hole Stress Calculation 7.6 Structural Requirements 7.7 Reinforced Concrete Chimney Calculation Example 7.8 Ordinary Reinforced Concrete Chimney Design Example 8 Sleeve and Multi Tubular chimney 8.1 General requirements 8.2 Self-supporting steel inner tube chimney 8.3 Suspended steel inner tube chimney 8.4 Brick inner tube chimney 8.5 Inner tube structure 8.6 Self-standing steel inner tube calculation example 8.7 Suspended steel inner tube chimney calculation example 8.8 Brick sleeve Chimney calculation example 8.9 Design example of self-supporting steel inner cylinder 8.10 Design example of single-tube suspension steel inner cylinder 8.11 Design example of multi-tube suspension steel inner cylinder 8.12 Design example of brick sleeve chimney 9 Steel chimney 9.1 General regulations 9.2 Self-supporting Steel chimney 9.3 Calculation example of self-supporting steel chimney 9.4 Design example of self-supporting steel chimney 9.5 Calculation example of tower steel chimney 9.6 Calculation of tower steel chimney 10 FRP chimney 10.1 FRP material 10.2 Design requirements 10.3 Design calculation 10.4 Design structure 11 Flue 11.1 Overhead flue 11.2 Underground flue and ground flue 11.3 Waterproof requirements for flue below groundwater level 11.4 Example of calculation of underground arched reinforced concrete flue 12 Chimney expansion joint 12.1 Chimney inner tube expansion joint 12.2 Chimney expansion joint 13 Aviation obstruction lights and signs 13.1 Obstruction lights and signs 13.2 Obstacle lights distribution Appendix Appendix A Slenderness ratio calculation of components Appendix B. Calculated lengths of members and allowable slenderness ratios