Reinforced Concrete Design To Eurocode 2 7th Edition
Contents
- Concrete
- Design Processes
- Composite Action
- Stress–Strain Relations
- Shrinkage And Thermal Movement
- Creep
- Durability
- Specification Of Materials
- Limit State Design
- Limit States
- Characteristic Material Strengths And Characteristic Loads
- Partial Factors Of Safety
- Combination Of Actions
- Global Factor Of Safety
- Analysis Of The Structure At The Ultimate Limit State
- Actions
- Load Combinations And Patterns
- Analysis Of Beams
- Analysis Of Frames
- Shear Wall Structures Resisting Horizontal Loads
- Redistribution Of Moments
Analysis Of The Section
- Stress–Strain Relations
- Distribution Of Strains And Stresses Across A Section In Bending
- Bending And The Equivalent Rectangular Stress Block
- Singly Reinforced Rectangular Section In Bending At The Ultimate
- Limit State
- Rectangular Section With Compression Reinforcement At The
- Ultimate Limit State
- Flanged Section In Bending At The Ultimate Limit State
- Moment Redistribution And The Design Equations
- Bending Plus Axial Load At The Ultimate Limit State
- Rectangular–Parabolic Stress Block
- Triangular Stress Block
- Shear, Bond And Torsion
- Shear
- Anchorage Bond
- Laps In Reinforcement
- Analysis Of Section Subject To Torsional Moments
- Serviceability, Durability And Stability Requirements
- Detailing Requirements
- Span–Effective Depth Ratios
- Calculation Of Deflection
Flexural Cracking
- Thermal And Shrinkage Cracking
- Other Serviceability Requirements
- Limitation Of Damage Caused By Accidental Loads
- Design And Detailing For Seismic Forces
- Design Of Reinforced Concrete Beams
- Preliminary Analysis And Member Sizing
- Design For Bending Of A Rectangular Section With No Moment
- Redistribution
- Design For Bending Of A Rectangular Section With Moment
- Redistribution
- Flanged Beams
- Onespan Beams
- Design For Shear
- Continuous Beams
- Cantilever Beams, Corbels And Deep Beams
- Curtailment And Anchorage Of Reinforcing Bars
- Design For Torsion
- Serviceability And Durability Requirements
- Design Of Reinforced Concrete Slabs
- Shear In Slabs
Span–Effective Depth Ratios
- Reinforcement Details
- Solid Slabs Spanning In One Direction
- Solid Slabs Spanning In Two Directions
- Flat Slab Floors
- Ribbed And Hollow Block Floors
- Stair Slabs
- Yield Line And Strip Methods
- Column Design
- Loading And Moments
