Concrete Structure Design for Advanced

Learning Outcomes

By completion this subject, students are able to: Explain clearly advantages of prestressed concrete over conventional and briefly provide technical discussion in materials used in prestressed concrete construction; Compare basic principle of conventional reinforced concrete and prestressed concrete; Perform elastic stress analysis of prestressed concrete structures; Analyze required prestressed forces in structure elements; Produce analyze and design of prestressed concrete structures in bending; Explain definition of loss of prestressed and its components; Perform calculation of prestress losses analysis; Analyze deformation (deflection or camber) of prestressed concrete structures with variation of methods; Produce design of prestressed anchorages; Produce full step-by-step analysis and design of prestressed concrete beams; Give brief explanation of construction technique in prestressed concrete method; Explain basic principle of prestressed concrete structures in statically indeterminate structures.

Topics

1. Introduction to Prestressed Concrete Structures
2. Material Properties of Prestressed Concrete
3. Prestressed Forces and Eccentricity
4. Elastic Stress Analysis in Uncrack Section
5. Analysis of Flexural Strength of Prestressed Concrete Structures
6. Design of Flexural Strength of Prestressed Concrete Structures
7. Analysis of Loss of Prestressed: Short & Long Term
8. Deformation of Prestressed Concrete Structures
9. Design of Cable Anchorages
10. Shear Strength in Prestressed Concrete Structures
11. Prestressed Concrete in Statically Indeterminate Structures