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Seismic design of reinforced concrete buildings /
With an emphasis on the American Concrete Institute standards, this in-depth resource provides comprehensive coverage of the behavior, design, and construction requirements for earthquake-resistant concrete buildings.
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
New York, N.Y. :
McGraw-Hill Education,
[2015]
|
| Edición: | First edition. |
| Colección: | McGraw-Hill's AccessEngineering.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- A. About the Author
- B. Dedication
- C. Preface
- D. Acknowledgments
- 1. Seismic Design and Performance Verification
- Earthquake Resistance in Concrete Buildings
- Early Developments
- Current Practices
- Building Performance
- Performance Verification
- The Purpose and Organization of This Book
- References
- 2. Steel Reinforcement
- Preview
- Steel Reinforcement Used in Buildings
- Steel Reinforcement under Monotonic Loading
- Reinforcing Bars under Cyclic Loading
- References
- 3. Concrete
- Preview
- Composition and Structure of Concrete
- Concrete Strength
- Behavior in Uniaxial Monotonic Loading
- Behavior in Uniaxial Cyclic Loading
- Behavior in Multi-axial Stress States
- Fiber-Reinforced Concrete
- Chapter Review
- References
- 4. Confined Concrete
- Preview
- Behavior of Confined Concrete Sections
- Mechanism of Concrete Confinement
- Analytical Modeling of Confined Concrete
- References
- 5. Axially Loaded Members
- Preview
- Some Observations on the Behavior of Compression Members
- Analysis Assumptions for Compression Members
- Service Load Behavior of Compression Members
- Inelastic Behavior of Compression Members
- Tension Members
- Reversed Cyclic Loading
- Chapter Review
- References
- 6. Moment and Axial Force
- Preview
- Some Observations about Flexural Behavior
- Internal and External Force Equilibrium
- Flexural Deformations
- Flexural Behavior of Sections
- Moment?Curvature Analysis
- Beams
- Columns
- Walls
- Flanged Sections
- Load-Deflection Calculations
- Reversed Cyclic Loading
- References
- 7. Shear in Beams, Columns, and Walls
- Preview
- Some Observations about Shear in Flexural Members
- Relations among Moment, Shear, and Bond
- Beam Action and Arch Action
- Internal Forces in Members with Transverse Reinforcement
- Strut-and-Tie Models
- Proportioning of Strut-and-Tie Models
- Transverse Reinforcement Detailing
- Empirical Approach for Shear Strength of Beams and Columns
- Effects of Inelastic Cyclic Loading
- Diagonally Reinforced Beams
- Shear in Structural Walls
- Interface Shear Transfer
- Shear Stiffness
- References
- 8. Development and Anchorage
- Preview
- Some Observations about Bond and Anchorage
- Relations among Bond Stress and External Forces
- Bond Mechanics
- Bond Strength of Deformed Reinforcement
- Lap Splices
- Mechanical Splices
- Welded Splices
- Hooked Anchorages
- Headed Reinforcement
- Effects of Inelastic Cyclic Loading
- References
- 9. Beam-Column Connections
- Preview
- Forces in Beam-Column Connections
- Joint Classifications
- Beam-Column Joints without Transverse Reinforcement
- Beam-Column Joints with Transverse Reinforcement
- Recommended Design Procedure for Beam-Column Joints
- Beam-Column Joint Deformations
- References.
- 10. Slab-Column and Slab-Wall Connections
- Preview
- Some Observations on Seismic Behavior of Slab-Column Connections
- Slab-Column Systems
- Moments, Shears, and Deformations in Slab-Column Framing
- Flexural Reinforcement in Slab-Column Frames
- Lateral Stiffness
- Shear and Moment Transfer Strength at Slab-Column Connections
- Drift Capacity under Deformation Reversals
- Post-Punching Behavior and Structural Integrity Reinforcement
- Slab-Wall Connections
- References
- 11. Seismic Design Overview
- Preview
- Earthquakes and Engineering Representation of Seismic Hazard
- Earthquake Demands on Building Structures
- Earthquake-Resisting Buildings
- Design Approach
- Chapter Review
- References
- 12. Special Moment Frames
- Preview
- The Use of Special Moment Frames
- Principles for Design of Special Moment Frames
- Seismic Response of Special Moment Frames
- Modeling and Analysis
- Proportioning and Detailing Guidance
- Additional Requirements
- Detailing and Constructability Issues
- References
- 13. Special Structural Walls
- Preview
- The Use of Special Structural Walls
- Principles for Design of Special Structural Walls
- Observations on the Behavior of Special Structural Walls
- Analysis Guidance
- Load and Resistance Factors for Wall Design
- Preliminary Proportioning
- Design of Slender Walls with Single Critical Section
- Design of Walls without an Identified Critical Section
- Squat Walls
- Wall Piers
- Coupled Wall Systems
- Wall Panel Zones
- Wall Transfer at Podium and Subterranean Levels
- Outriggers
- Geometric Discontinuities
- Additional Requirements
- Detailing and Constructability Issues
- References
- 14. Gravity Framing
- Preview
- The Use of Gravity Framing
- Principles for Design of Gravity Framing
- Analysis Guidance
- Design Guidance
- Additional Requirements
- Detailing and Constructability Issues
- References
- 15. Diaphragms and Collectors
- Preview
- The Roles of Diaphragms
- Diaphragm Components
- Diaphragm Behavior and Design Principles
- Analysis Guidance
- Design Guidance
- Additional Requirements
- Detailing and Constructability Issues
- References
- 16. Foundations
- Preview
- Foundation Elements in Earthquake-Resisting Buildings
- Soil?Structure Interaction
- Geotechnical Investigation Report
- Foundation Performance Objectives and Design Values
- Spread Footings
- Mat Foundations
- Deep Foundations
- Combined Footings and Outriggers to Increase Overturning Resistance
- Buildings with Subterranean Levels
- Basement Walls
- References
- A. Notation.