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Prestressed Concrete Structures
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Overview of Prestressed Concrete Structures Book
| Title | Prestressed Concrete Structures |
| Author | P. Dayaratnam |
| ISBN-13 | 9789388178297 |
| Publication | OXFORD & IBH |
The book is designed to serve as the first course for civil engineering students and a guide to design engineers. It is an outcome of more than 25 years of teaching of the subject to IIT Kanpur students and experience of field problems. Three basic methods of design, namely Working Stress Design (WSD), Limit State Design (LSD) and Ultimate Strength Design (USD) which are in practice are dealt with. The Limit State Design being the latest, very extensive presentation of the method applied to fully and partially prestressed concrete structures is made. An introduction to the probability failure analysis leading to the limit state concepts is illustrated along with some statistics of observations. Full and partial prestress designs based on the latest codes of practice are explained with a number of examples on variety of elements, such as beams, ties, columns, slabs, shells and bridges. Detailed design examples on minimum weight design of beams is presented to enable the students and designers to look for rational solutions. Cost analysis of components of materials and formwork in beams is illustrated. Some of the key features of the book are: 1. Discussion on limit state design of full and partial prestressed concrete beam. 2. Detailed examples of design of small to long span beams, water tanks, cylindrical shells, folded plates, domes and bridges are illustrated. 3. Latest codes of practice are incorporated and comparison of the designs based on different methods and illustrated. 4. Economical analysis and the influence of design variable and methods on cost are discussed. 5. Useful design aids for beams, cylindrical shells are given in appendices. 6. A set of objective questions which will enable a student or an engineer to find most rational solutions and concepts are listed in the appendix.
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Overview of Prestressed Concrete Structures Book
The book is designed to serve as the first course for civil engineering students and a guide to design engineers. It is an outcome of more than 25 years of teaching of the subject to IIT Kanpur students and experience of field problems. Three basic methods of design, namely Working Stress Design (WSD), Limit State Design (LSD) and Ultimate Strength Design (USD) which are in practice are dealt with. The Limit State Design being the latest, very extensive presentation of the method applied to fully and partially prestressed concrete structures is made. An introduction to the probability failure analysis leading to the limit state concepts is illustrated along with some statistics of observations. Full and partial prestress designs based on the latest codes of practice are explained with a number of examples on variety of elements, such as beams, ties, columns, slabs, shells and bridges. Detailed design examples on minimum weight design of beams is presented to enable the students and designers to look for rational solutions. Cost analysis of components of materials and formwork in beams is illustrated. Some of the key features of the book are: 1. Discussion on limit state design of full and partial prestressed concrete beam. 2. Detailed examples of design of small to long span beams, water tanks, cylindrical shells, folded plates, domes and bridges are illustrated. 3. Latest codes of practice are incorporated and comparison of the designs based on different methods and illustrated. 4. Economical analysis and the influence of design variable and methods on cost are discussed. 5. Useful design aids for beams, cylindrical shells are given in appendices. 6. A set of objective questions which will enable a student or an engineer to find most rational solutions and concepts are listed in the appendix.
Book Type :
Civil Engineering
Book Binding :
Print Replica
Language :
English
No. of Pages :
428 Pages
ISBN - 10 :
9388178297
ISBN - 13 :
9789388178297
Prestressed Concrete Structures Published On :
30 June 2018
Publisher :
CBS PUBLISHERS AND DISTRIBUTORS PVT LTD
Edition :
6th
About P. Dayaratnam:
P. Dayaratnam is the author of Prestressed Concrete Structures.
Disclaimer:
- Prestressed Concrete Structures book is not for reading online or for free download in PDF or eBook format.
- Table of Contents, Index, Syllabus, summary and image of Prestressed Concrete Structures may be of a different edition or of the same title.
- Price can change due to reprinting, price change by publisher or sourcing cost change for imported books.
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Overview of Prestressed Concrete Structures Book
| Title | Prestressed Concrete Structures |
| Author | P. Dayaratnam |
| ISBN-13 | 9789388178297 |
| Publication | OXFORD & IBH |
The book is designed to serve as the first course for civil engineering students and a guide to design engineers. It is an outcome of more than 25 years of teaching of the subject to IIT Kanpur students and experience of field problems. Three basic methods of design, namely Working Stress Design (WSD), Limit State Design (LSD) and Ultimate Strength Design (USD) which are in practice are dealt with. The Limit State Design being the latest, very extensive presentation of the method applied to fully and partially prestressed concrete structures is made. An introduction to the probability failure analysis leading to the limit state concepts is illustrated along with some statistics of observations. Full and partial prestress designs based on the latest codes of practice are explained with a number of examples on variety of elements, such as beams, ties, columns, slabs, shells and bridges. Detailed design examples on minimum weight design of beams is presented to enable the students and designers to look for rational solutions. Cost analysis of components of materials and formwork in beams is illustrated. Some of the key features of the book are: 1. Discussion on limit state design of full and partial prestressed concrete beam. 2. Detailed examples of design of small to long span beams, water tanks, cylindrical shells, folded plates, domes and bridges are illustrated. 3. Latest codes of practice are incorporated and comparison of the designs based on different methods and illustrated. 4. Economical analysis and the influence of design variable and methods on cost are discussed. 5. Useful design aids for beams, cylindrical shells are given in appendices. 6. A set of objective questions which will enable a student or an engineer to find most rational solutions and concepts are listed in the appendix.