Analysis, Design and Installation of Prestressed Concrete Pipe

Introduction Basic Concepts of Prestressed Concrete Pipes Loads on Prestressed Concrete Pipe Analysis of Prestressed Concrete Pipe for Earth Load Analysis of Prestressed Concrete Pipe for Water Load Analysis of Prestressed Concrete Pipe for Dead Load Analysis of Prestressed Concrete Pipe for Bedding Angle of 180 Generation of Coefficients Properties of Materials of Prestressed Concrete Pipe Loss of Prestress in Prestressed Concrete Pipe Design of Non Cylinder Prestressed Concrete Pipe Modified Design of Non Cylinder Prestressed Concrete Pipe Design of Prestressed Concrete Cylinder Pipe Design of Prestressed Concrete Cylinder Pipe by European Standard Trust Blocks Installation and Commissioning of Prestressed Concrete Pipeline Operation and Maintenance of Prestressed Concrete Pipeline Failure and Rehabilitation of Prestressed Concrete Pipeline Appendix - A: Standard Integrals Appendix - B: Solution of Differential Equations Appendix - C: Finding Intersection Points of Incomplete and Complete Projection Appendix - D: Derivation of Integrals Appendix - E: Specified Integrals Appendix - F: Smith's Notations Appendix - G: Program for Finding of Coefficient Cpl in Live Load Appendix - H: Moment Area Method Appendix - I: Computer Program for Computation of Coefficients Appendix - J: Computer Program for Design on Non Cylinder Prestressed Concrete Pipe Appendix - K: Computer Program for Modified Design of Non Cylinder Prestressed Concrete Pipe Appendix - L: Computer Program for Design of Cylinder Prestressed concrete Pipe Appendix - M: Computer Program for Design of Prestressed Concrete Cylinder Pipe by Theory of Thick Cylinder Appendix - N: Computer Program for Design of Thrust Block