Reinforced Concrete Design To Eurocode 2
Contents
- General Concepts On Reinforced Concrete
- Mechanical Characteristics Of Concrete
- Basic Properties Of Concrete
- Strength Parameters And Their Correlation
- Failure Criteria Of Concrete
- Creep
- Principles Of Creep
- Creep With Variable Stresses
- Models Of Linear Creep
- Structural Effects Of Creep
- Resolution Of The Integral Equation
- General Method
- Algebraic Methods
- Behaviour Of Reinforced Concrete Sections
- Mechanical Characteristics Of Reinforcement
- Basic Assumptions For Resistance Calculation
- Steel–Concrete Bond
- Appendix: Characteristics Of Materials
- Centred Axial Force
Comp ression Elements
- Elastic And Resistance Design
- Effect Of Confining Reinforcement
- Effects Of Viscous Deformations
- Tension Elements
- Verifications Of Sections
- Prestressed Tie Members
- Cracking In Reinforced Concrete Ties
- Cracking Calculations
- The Cracking Process
- Crack Width
- Verification Criteria
- Case A: Rc Multistorey Building
- Actions On Columns And Preliminary Verifications
- Notes On Reinforced Concrete Technology
- Durability Criteria Of Reinforced Concrete
- Structures
- Appendix: General Aspects And Axial Force
- Bending Moment
- Analysis Of Sections In Bending
- Elastic Design Of Sections
- Resistance Design Of Sections
