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Mechanical Properties of Concrete:Elastic Moduls, Poisson's Ratio,Fatigue,Impact
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Classroom Contents
Concrete Technology
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- 1 Cement: Production and Composition
- 2 Cement: Structure and Hydration
- 3 Cement: Structure and Hydration (contd)
- 4 Cement: Properties and Tests
- 5 Cement: Types and Use
- 6 Aggregates (Size , Shape)
- 7 Aggregates: Packing, FM,SM
- 8 Aggregates: Properties
- 9 Chemical Admixtures
- 10 Chemical Admixtures (Contd.)
- 11 Mineral Admixtures
- 12 Mineral Admixtures (Contd.)
- 13 Mineral Admixtures (Contd.)
- 14 Mix Proportioning of Concrete: General Principles
- 15 Mix design of Concrete: General and IS Method
- 16 Mix Design of Concrete:IS Example and British (DOE) Method
- 17 Mix Design of concrete: ACI 211 Method
- 18 Mix Design of concrete:Packing Density, Rheology
- 19 Batching and Mixing of concrete: General Principles
- 20 RMC and Transporting Concrete
- 21 Workability and Pumping of Concrete
- 22 Compaction and Curing Concrete
- 23 Strength of Concrete: Factors Affecting
- 24 Strength of Concrete: Aggregate Contribution
- 25 Strength of Concrete: Factors Affecting Test Results
- 26 Mechanical Properties of Concrete:Elastic Moduls, Poisson's Ratio,Fatigue,Impact
- 27 Creep of Concrete
- 28 Creep and Shrinkage of Concrete
- 29 Shrinkage of Concrete
- 30 Shrinkage of Concrete (Contd.)
- 31 Fundamental Concepts, Degradation Processes, Attacks
- 32 Frost Action and Rebar Corrosion
- 33 Carbonation and Chloride Effect
- 34 Rebar Corrosion
- 35 Rebar Corrosion and General Strategy
- 36 Special Concretes: High Strength Concrete
- 37 Special Concretes: High Strength Matrices and SCC
- 38 Special Concretes: Self Compacting Concrete
- 39 Special Concretes: Fiber Concrete
- 40 Special Concretes: Fiber and Roller Compacted Concrete
- 41 Special Concretes: Concrete and Sustainability
