Prestressed Concrete Structures - CE6702

INTRODUCTION of THEORY AND BEHAVIOUR

=> Concrete Structures: Types of pre-stressing
=> Concrete Structures: Stages of loading
=> Prestressed Concrete Structures: Losses
=> The need for the use of high strength concrete and tensile steel in Pre stressed concrete
=> Advantages of Prestressed Concrete
=> Fressinet system of post tensioning
=> Importance of control of deflection of PSC beams
=> Factors influencing the deflection of PSC beams
=> The various types of losses in prestress and steps to reduce these losses
=> Important Questions and Answers - Civil - Prestressed Concrete Structures - Theory and Behaviour

DESIGN CONCEPTS(CE2404)

=> Prestressed Concrete Structures: Analysis of beam section- concept
=> Elastic Design for flexure
=> Permissible stresses for flexure member
=> Prestressed Concrete Structures: End block
=> Advantages and disadvantages when partial prestressing is done
=> Difference in load deflection of under, partially and fully prestressed
=> Important Questions and Answers - Civil - Prestressed Concrete Structures - Design Concepts

CIRCULAR PRESTRESSING(CE2404)

=> Design Procedure for circular tanks Computations
=> Circular pre stressing
=> Design of pipes
=> Design of circular water tanks
=> Depth anchorage to the Depth of end block on the distribution of bursting tension
=> The junctions of tank wall and base slab
=> Different types of joints used between the slab of prestressed concrete tank
=> The design considerations of prestressed concrete poles
=> Important Questions and Answers - Civil - Prestressed Concrete Structures - Circular Prestressing

COMPOSITE CONSTRUCTION(CE2404)

=> composite construction - Introduction
=> Concrete Structures: Serviceability Limit State
=> Concrete Structures: Ultimate Strength
=> Concrete Structures: Horizontal Shear
=> Advantage of prestressed concrete bridge deck

PRESTRESSED CONCRETE BRIDGES(CE2404)

=> Important Questions and Answers - Civil - Prestressed Concrete Bridges
=> Prestressed Concrete Bridges