Corrosion Protection Of Reinforcing Steels
Contents
- Introduction
- Corrosion Protection By Concrete
- Corrosion Protection Capacity Of Concrete
- Cement Hydratation
- Formation Of Pores
- Alkalinity Of Pore Solution
- Conditions For Corrosion
- Reasons Of Reinforcement Corrosion
- Corrosion Protection Of Reinforcing Steels
- Carbonation
- Corrosion Protection Of Reinforcing Steels
- Chloride Ingress
- Enhancement Of Corrosion Protection
- Water/Cement Ratio And Type Of Binder
- High Performance Concrete
- Self Compacting Concrete (SCC)
- Controlled Permeability Formwork (CFP)
- Galvanized Steel Reinforcement
- Manufacture Of The Coating
- Properties Of Coating And Of Galvanized Reinforcement
- Coating Properties
- Mechanical Properties
- Extreme Temperatures
- Fatigue
- Weldability
The Phenomenon Of Hydrogen Evolution
- Bond Be Haviour
- Current Specifications
- Corrosion Protection Be Haviour
- Corrosion Protection Of Reinforcing Steels
- Mode Of Action
- Alkaline Concrete Without Chloride
- Carbonated Concrete
- Chloride Containing Concrete
- Cracks In Concrete
- Cracks In The Zinc Coating
- Corrosion Protection Of Reinforcing Steels
- Resistance To Galvanic Corrosion
- Practical Experiences With Application
- Benefits From The Use Of Galvanized Reinforcement
- Epoxy Coated Reinforcement
- Manufacture Of The Coating
- Properties Of The Coating And Of Epoxy Coated Reinforcement
- General Properties
- Durability Of The Coating
- Protection Properties
- Mechanical Properties Of The Steel
- Fatigue Be Haviour Of The Steel
- Weldability
- Bond Be Haviour
- Extreme Temperatures
