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This book introduces the latest construction practices and processes for tall buildings from foundation to roof. It attempts to acquaint readers with the methods, materials, equipment and systems used for the construction of tall buildings. The text progresses through the stages of site investigation, excavation and foundations, basement construction, structural systems for the superstructure, site and material handling, wall and floor construction, cladding and roof construction. The construction sequence, merits and limitations of the various proprietary systems commonly used in these respective stages are discussed. This third edition also includes several new topics not covered in the previous edition.
This study describes current construction practices and processes for tall buildings from foundation to roof. It discusses the construction sequence of the various proprietary systems and their merits and disadvantages.
This book introduces the latest construction practices and processes for tall buildings from foundation to roof. It attempts to acquaint readers with the methods, materials, equipment and systems used for the construction of tall buildings.The text progresses through the stages of site investigation, excavation and foundations, basement construction, structural systems for the superstructure, site and material handling, wall and floor construction, cladding and roof construction. The construction sequence, merits and limitations of the various proprietary systems commonly used in these respective stages are discussed. This fourth edition also includes several new topics not covered in the previous edition.The target readers are practitioners and students in the related professions including architecture, engineering, building, real estate, construction, project and facilities management, and quantity and land surveying.
What constitutes a high-rise building? A high-rise is, in fact, any building with more than 9 storeys and not just those striking skyscrapers which shape modern city skylines. In the past architects who designed such structures used to be the exception but in the last 10 years more and more architectural offices have begun to focus on this type of building. However, the sheer complexity of designing and planning the construction of a high-rise as opposed to other building types requires a wealth of specialized experience and expertise. The High-Rise Manual is the first comprehensive reference work on this subject. All relevant aspects of such an undertaking are examined in detail by some 24 specialist authors. Each step is extensively documented including the initial project planning, the building organisation, the laying of the foundations, the supporting structure, the building technology, the office design, and the Facility Management. Theoretical contributions present the basic principles of select
This book is directed mainly toward construction management, construction engineering and concrete contractors, presented in a comprehensive format to emphasize the importance of the numerous specialist professions and trades, it has been supplemented extensively with new pictures and drawings illustrating typical construction details, processes and concepts.Chapter 1. Construction machinesChapter 2. Material lift machinesChapter 3. Personnel liftsChapter 4. Tower cranesChapter 5. DewateringChapter 6. Drilled shaft foundationsChapter 7. Shoring systems (earth retaining structures)Chapter 8. Diaphragm walls (slurry walls)Chapter 9. Ground anchors (tiebacks)Chapter 10. Basement waterproofing systemsChapter 11. Shotcrete (sprayed concrete)Chapter 12. ConcreteChapter 13. Production of concreteChapter 14. Transporting and handlingChapter 15. Concrete consolidation, finishing & curingChapter 16. Introduction to form workChapter 17. Vertical and horizontal formwork systemsChapter 18. Stripping of form workChapter 19. Joints in concrete structuresChapter 20. Post-tensioning, mass concrete and precast panels
In this 6th edition, the text and illustrations of every chapter are thoroughly revised to present the latest technologies, methodologies, and processes for the construction of tall buildings, from foundation, basement, and superstructure to roof. Contemporary sustainability concerns, as well as the latest regulations and standards, are highlighted.The target readers are practitioners and students in the building and construction professions including architecture, engineering, infrastructure and project management, building and construction management, real estate, quantity surveying and land surveying.
Outrigger systems are rigid horizontal structures designed to improve a building’s stability and strength by connecting the building core or spine to distant columns, much in the way an outrigger can prevent a canoe from overturning. Outriggers have been used in tall, narrow buildings for nearly 500 years, but the basic design principle dates back centuries. In the 1980s, as buildings grew taller and more ambitious, outrigger systems eclipsed tubular frames as the most popular structural approach for supertall buildings. Designers embraced properly proportioned core-and-outrigger schemes as a method to offer far more perimeter flexibility and openness for tall buildings than the perimeter moment or braced frames and bundled tubes that preceded them. However, the outrigger system is not listed as a seismic lateral load-resisting system in any code, and design parameters are not available, despite the increasingly frequent use of the concept. The Council on Tall Buildings and Urban Habitat’s Outrigger Working Group has addressed the pressing need for design guidelines for outrigger systems with this guide, a comprehensive overview of the use of outriggers in skyscrapers. This guide offers detailed recommendations for analysis of outriggers within the lateral load-resisting systems of tall buildings, for recognizing and addressing effects on building behavior and for practical design solutions. It also highlights concerns specific to the outrigger structural system such as differential column shortening and construction sequence impacts. Several project examples are explored in depth, illustrating the role of outrigger systems in tall building designs and providing ideas for future projects. The guide details the impact of outrigger systems on tall building designs, and demonstrates ways in which the technology is continuously advancing to improve the efficiency and stability of tall buildings around the world.
This book is directed mainly toward construction management, construction engineering and concrete contractors, presented in a comprehensive format to emphasize the importance of the numerous specialist professions and trades, it has been supplemented extensively with new pictures and drawings illustrating typical construction details, processes and concepts.Chapter 1. Construction machinesChapter 2. Material lift machinesChapter 3. Personnel liftsChapter 4. Tower cranesChapter 5. DewateringChapter 6. Drilled shaft foundationsChapter 7. Shoring systems (earth retaining structures)Chapter 8. Diaphragm walls (slurry walls)Chapter 9. Ground anchors (tiebacks)Chapter 10. Basement waterproofing systemsChapter 11. Shotcrete (sprayed concrete)Chapter 12. ConcreteChapter 13. Production of concreteChapter 14. Transporting and handlingChapter 15. Concrete consolidation, finishing & curingChapter 16. Introduction to form workChapter 17. Vertical and horizontal formwork systemsChapter 18. Stripping of form workChapter 19. Joints in concrete structuresChapter 20. Post-tensioning, mass concrete and precast panels