Design of Prestressed Concrete Structures
3. Edition August 1981
656 Pages, Softcover
Wiley & Sons Ltd
ISBN:
978-0-471-01898-8
John Wiley & Sons
Presents basic theory of prestressed concrete along with the load balancing, working-load and ultimate-load methods for prestressed concrete design. Material revised in light of substantial advances in the field includes: materials, prestressing systems, loss of prestress, shear and bond, camber and deflection. Design examples based on the 1977 ACI Code with its latest revisions. Appendix contains selected problems.
Materials.
Prestressing Systems;
End Anchorages.
Loss of Prestress;
Friction.
Analysis of Sections for Flexure.
Design of Sections for Flexure.
Shear;
Cond;
Bearing.
Camber, Deflections;
Cable Layouts.
Partial Prestress and Nonprestressed Reinforcements.
Continuous Beams.
Load-Balancing Method.
Slabs.
Tension Members;
Circular Prestressing.
Compression Members;
Piles.
Economics;
Structural Types and Layouts.
Prestressing Systems;
End Anchorages.
Loss of Prestress;
Friction.
Analysis of Sections for Flexure.
Design of Sections for Flexure.
Shear;
Cond;
Bearing.
Camber, Deflections;
Cable Layouts.
Partial Prestress and Nonprestressed Reinforcements.
Continuous Beams.
Load-Balancing Method.
Slabs.
Tension Members;
Circular Prestressing.
Compression Members;
Piles.
Economics;
Structural Types and Layouts.
Tung-Yen Lin was a structural engineer who was the pioneer of standardizing the use of prestressed concrete. A. P. Burns is the author of Design of Prestressed Concrete Structures, 3rd Edition, published by Wiley.