Table of Contents
1.0 INTRODUCTION
1.1 Historical Background
1.2 Project Examples
1.3 Advantages of Post-Tensioning in Slabs
2.0 DESIGN FUNDAMENTALS OF POST-TENSIONED SLABS
2.1 One- vs. Two-Way Slabs
2.2 Span/Depth Ratios
2.3 Fire Resistance
2.4 The Load Balancing Concept
2.5 Prestress Losses
2.6 Secondary Moments
2.7 Serviceability Requirements (Flexure)
2.8 Flexural Strength Requirements
2.9 Limits of Reinforcement
2.10 Deflection Criteria
2.11 Moment Redistribution
2.12 Seismic Considerations
2.13 Catastrophic Loadings
2.14 Methods of Analysis
2.15 Miscellaneous Considerations
2.16 Step-By-Step Analysis and Design Procedure
3.0 FLEXURE AND SHEAR IN ONE-WAY SLABS
3.1 Flexure
3.2 Shear
4.0 FLEXURE AND SHEAR IN TWO-WAY SLABS
4.1 Slab Types
4.2 Flexure
4.3 Shear
5.0 CONSTRUCTION CONSIDERATIONS
5.1 Material Requirements
5.2 Formwork
5.3 Installation Equipment
5.4 Corrosion Protection
5.5 Tolerances
5.6 Construction Joints and Closure Strips
5.7 Restraint Forces from Supporting Walls and Columns
6.0 DESIGN EXAMPLES
6.1 Design of a One-Way Slab
6.2 Design of a Two-Way Slab
7.0 References
APPENDIX A- Summary of Research on Post-Tensioned Slabs
APPENDIX B - CONVERSION TABLE