Prestressed concrete structures /
Dayaratnam, P.
Prestressed concrete structures / P. Dayaratnam, P. Sarah, Dale Greenwood. - Seventh edition. Global edition. - xxii, 690 pages : illustrations ; 24 cm.
Includes bibliographical references and index.
1. Materials Concrete and Prestressed Concrete Structures
2. Prestressing System and Losses of Prestress
3. Working Stress Design of Simple Beams
4. Prestressed Concrete Composite Beams
5. Continuous Beams
6. Miscellaneous Structural Members
7. Limit States Design of Beams
8. Ultimate Load Design of Prestressed Concrete Beams
9. Limit State Design of Partially Prestressed Concrete Beams
10. Design of Prestressed Concrete Slabs
11. Design of Folded Plates and Shell Structures
12. Bond in Prestressed Concrete
13. Anchorage of Prestressing Cables
14. Some Point of Interest in Prestressed Concrete Construction
15. Design of Prestressed Concrete Bridge
An introduction to the probability 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 are presented to enable the students and designers to look for rational solutions. Cost analysis of components of materials and formwork in beams is illustrated.
College of Engineering and Computer Studies Bachelor of Science in Civil Engineering
In English
9781804062432
Prestressed concrete structure (Engineering).
Prestressed concrete construction.
624.183412 D33 / 2022
Prestressed concrete structures / P. Dayaratnam, P. Sarah, Dale Greenwood. - Seventh edition. Global edition. - xxii, 690 pages : illustrations ; 24 cm.
Includes bibliographical references and index.
1. Materials Concrete and Prestressed Concrete Structures
2. Prestressing System and Losses of Prestress
3. Working Stress Design of Simple Beams
4. Prestressed Concrete Composite Beams
5. Continuous Beams
6. Miscellaneous Structural Members
7. Limit States Design of Beams
8. Ultimate Load Design of Prestressed Concrete Beams
9. Limit State Design of Partially Prestressed Concrete Beams
10. Design of Prestressed Concrete Slabs
11. Design of Folded Plates and Shell Structures
12. Bond in Prestressed Concrete
13. Anchorage of Prestressing Cables
14. Some Point of Interest in Prestressed Concrete Construction
15. Design of Prestressed Concrete Bridge
An introduction to the probability 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 are presented to enable the students and designers to look for rational solutions. Cost analysis of components of materials and formwork in beams is illustrated.
College of Engineering and Computer Studies Bachelor of Science in Civil Engineering
In English
9781804062432
Prestressed concrete structure (Engineering).
Prestressed concrete construction.
624.183412 D33 / 2022
