Advanced Materials And Techniques For Reinforced Concrete Structures
Contents
- Reinforced Concrete Structures
- Introduction
- Feed (Preliminary) Engineering
- Detailed Engineering
- Different Structure Systems
- Beam And Slab System
- Hollow Block Slab
- Pan Joist Floor
- Flat Slab
- Prestressed Concrete
- Pre-Tensioned Concrete
- Bonded Post-Tensioned Concrete
- Unbonded Post-Tensioned Concrete
- Hollow Slab
- Composite Section
- High-Rise Building
- Frames
- Shear Wall
- Shear Wall And Frame System
- Framed Tube Structure
- Cases Of High-Rise Buildings
- Foundations
- Shallow Foundation
- Isolated Footing
- Combined Footing
- Strap Footing
- Raft Foundation
- Advanced Materials And Techniques For Reinforced Concrete Structures
Deep Foundation
- Timber Piles
- Steel Piles
- Concrete Piles
- Pile Caps
- References
- Chapter Loads In International Codes
- Introduction
- Loads
- Dead Load
- Live Load Characteristics
- Stochastic Live Load Models
- Poisson Square Wave Process
- Filtered Poisson Process
- Analysis Of Suggested Model
- Methodology And Calculation
- Advanced Materials And Techniques For Reinforced Concrete Structures
- Procedure
- Testing Of Suggested Model
- Verification Of Suggested Model Using
- Monte-Carlo Simulation
- Live Loads In Different Codes
- Wind Load
- ANSI Code
- Wind Tunnel
- Wind Load In British Specifications
- Wind Load In Egyptian Code
- Earthquake Loads
- Dynamic Analysis
- Spectrum Analysis Method
