Structural Analysis and Design Tall Buildings
Book Details :
LanguageEnglish
Pages751
FormatPDF
Size13.9 MB



Structural Analysis and Design Tall Buildings



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The Author of Structural Analysis and Design Tall Buildings PDF Book

Bungale S. Taranath is the editor of Structural Analysis and Design Tall Buildings eBook.

Main Contents of Structural Analysis and Design Tall Buildings


- Chapter 1. General Considerations.

- Chapter 2. Wind Effect.

- Chapter 3. Seismic Design.

- Chapter 4. Lateral Systems: Steel Buildings.

- Chapter 5. Lateral Systems for Concrete Buildings.

- Chapter 6. Lateral Systems for Composite Construction.

- Chapter 7. Gravity System for Steel Buildings.

- Chapter 8. Gravity Systems in Concrete Buildings.

- Chapter . Composite Gravity Systems.

- Chapter 5. Structural Analysis and Design.

- Chapter 5. Special Topics.


Preface to Structural Analysis and Design Tall Buildings by Bungale S. Taranath


Tall buildings have a unique appeal, even an air of romance and mystery associated with their design. Developments in the last decade have produced many slender high-rise buildings, demanding that particular attention be paid to their complex behavior under lateral loads.

Economic considerations routinely call for leaner and sparser designs that increasingly challenge the design professional to come up with safe and economical structural solutions (Structural Analysis and Design Tall Buildings).

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Existing technical literature is limited and until now there have been no books that deal exclusively with tall buildings. Most handbooks have limited sections if any, on slender structures and their analysis.

Many admirable textbooks are available that address the design and analysis of building components, such as beams, columns, and trusses (Structural Analysis and Design Tall Buildings).

Available books that consider the conceptual design of structures are broad in scope and are primarily intended to promote mutual understanding between architects and engineers.

In today engineering practice it is not unusual for the structural engineer to be called upon to conceptualize schematic options and to provide comparative alternatives before a final scheme is selected.

Even experienced engineers find it hard to readily come up with various structural concepts because, other than their own library of experience, very little reference material is available (Structural Analysis and Design Tall Buildings).

This Structural Analysis and Design Tall Buildings book attempts to alleviate this problem by providing a systematic basis for conceptualizing different structural systems and by providing an orderly method of arriving at preliminary structural schemes.

High-rise architecture is continually changing, and prismatic shapes that were once very popular have given rise to terraced, set- back, and splayed elevations (Structural Analysis and Design Tall Buildings).

Computers have given the structural engineer of today the tools to respond to this changing architecture with daring structural solutions (Structural Analysis and Design Tall Buildings).

No longer does the structural engineer require that the building be regular in plan and the interior and exterior columns line up with each other.

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Although the engineer may influence the locations of certain obvious structural elements, the trend today is to let the architect define the building appearance and then to come up with an economical structural system within the confines of the architect's requirement.

This trend has resulted in some innovative and daring structural schemes. Fortunately for the yperson, the result has been usually an interesting, varied, and sometimes flamboyant architecture that adds to the variety and interest of the skyscapes in urban cities.

Therefore, there is a need today for the structural engineer to be knowledgeable not only about the run-of-the-mill type of design but also about some of the less usual structural solutions,

To this end emphasis is placed in this Structural Analysis and Design Tall Buildings book on the methodology of incorporating well-established structural solutions to modern high-rise architecture.

Application of the state-of-art solutions which have evolved as a natural extension of the proven systems are also discussed. In attempting to set a stage for the rest of the Structural Analysis and Design Tall Buildings book, Chapter 1 introduces the evolution of high-rise architecture and its impact on the relative size and locations of various structural elements.

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An attempt is made in this chapter to lay the general foundation for the understanding of future chapters dealing with specific structural systems and their merits (Structural Analysis and Design Tall Buildings).

Tall buildings are uniquely characterized by requiring that lateral loads be a major design consideration. Two types of loads normally associated with lateral loads are wind and earthquake loads.


Today the state of the art in determining the design wind load on a tall building and indeed to verify the serviceability of the building in terms of comfort to the occupants, is to perform a wind tunnel test under simulated conditions.

Chapter 2 deals with the characteristics of wind and their treatment in various building codes. The complex field of wind tunnel engineering is presented in a simplified manner (Structural Analysis and Design Tall Buildings).

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Chapter 3 outlines seismic design, highlighting dynamic behavior Static, dynamic, and time history analyses are outlined, with emphasis on practical analysis rather than on intriguing mathematical manipulations which fail to develop physical understandi earthquake phenomena.

The fourth, fifth, and sixth chapters present various structural systems that are currently in vogue using steel, concrete, and various combinations of these materials, called composite construction. Muclh of the material has been drawn from author's experience.

Actually built or proposed structural systems of tall buildings are discussed in terms of their response to lateral loads (Structural Analysis and Design Tall Buildings).

The seventh, eighth, and ninth chapters consider the gravity design of vertical and horizontal systems using steel, concrete, and composite stems.

In addition to the more common systems, the behavior and practical design of some of the novel systems such as compos and haunch girders are also discussed (Structural Analysis and Design Tall Buildings).


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