Lecture-9-Friction&Anchorage Slip

Course Lectures

• Lecture 1 - Prestressing System

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• Lecture-2-Type of Prestressing

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• Lecture-3-Prestressing System and Devices(Pre-Tensioning)

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• Lecture-4-Prestressing System and Devices(Post-Tensioning)

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• Lecture-5-Concrete(Part-1)

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• Lecture-6-Concrete,Grout(Part-2)

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• Lecture-7-Prestressing Steel

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• Lecture-8-Losses in Prestress

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• Lecture-9-Friction&Anchorage Slip

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• Lecture-10-Creep,Shrinkage&Relaxation Losses

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• Lecture-11-Analysis of Members

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• Lecture-12-Analysis of Members Under Flexure

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• Lecture-13-Cracking Moment,Kern Point and Pressure Line

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• Lecture-14-Analysis of Rectangular sections

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• Lecture-15-Analysis of Flanged Sections

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• Lecture-16-Analysis of Partically Prestressed Section

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• Lecture-17-Design of Members

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• Lecture-18-Design of Members for Flexure (Type1 Members)

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• Lecture-19-Design of Members for Flexure (Type1&Type3)

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• Lecture-20-Choice of Sections and Determination of Limiting

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• Lecture-21-Magnel's Graphical Method

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• Lecture-22-Detailing Requirements

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• Lecture-23-Analysis and Design for Shear and Torsion

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• Lecture-24-Design for Shear (Part 1)

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• Lecture-25-Design for Shear (Part 2)

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• Lecture-26-Analysis of Torsion

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• Lecture-27-Analysis of Torsion(Part -1)

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• Lecture-28-Analysis of Torsion(Part -2)

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• Lecture-29-Calculations of Deflection and Crack Width

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• Lecture-30-Transmission of Prestress

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• Lecture-31-Post-tensioned Members

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• Lecture-32-Cantilever Beams

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• Lecture-33-Continuous Beams(Part 1)

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• Lecture-34-Continuous Beams(Part 2)

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• Lecture-35-Composite Sections

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• Lecture-36-One-Way Slabs

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• Lecture-37-Two-Way Slabs(Part-1)

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• Lecture-38-Two-Way Slabs(Part-2)

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• Lecture-39-compression Members

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• Lecture-40-Circular Prestressing,Conclusion

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