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Prestressed Concrete Structures

Practical project ideas and implementations for hands-on learning

Circular pre stressing

Depth anchorage to the Depth of end block on the distribution of bursting tension

Design of circular water tanks

Design of pipes

Design Procedure for circular tanks Computations

Different types of joints used between the slab of prestressed concrete tank

The design considerations of prestressed concrete poles

The junctions of tank wall and base slab

Advantage of prestressed concrete bridge deck

Composite construction - Introduction

Concrete Structures: Horizontal Shear

Concrete Structures: Serviceability Limit State

Concrete Structures: Ultimate Strength

Advantages and disadvantages when partial prestressing is done

Difference in load deflection of under, partially and fully prestressed

Elastic Design for flexure

Permissible stresses for flexure member

Prestressed Concrete Structures: Analysis of beam section- concept

Prestressed Concrete Structures: End block

Advantages of Prestressed Concrete

Concrete Structures: Stages of loading

Concrete Structures: Types of pre-stressing

Factors influencing the deflection of PSC beams

Fressinet system of post tensioning

Importance of control of deflection of PSC beams

Prestressed Concrete Structures: Losses

The need for the use of high strength concrete and tensile steel in Pre stressed concrete

The various types of losses in prestress and steps to reduce these losses

Prestressed Concrete Bridges