Cathodic Protection Of Steel in Concrete
The Course is divided into eight modules:
Module I. Introduction
Module II. The Corrosion Process
Module III. Predicting Corrosion Reactions
Module IV. Cathodic Protection Environments
Module V. Basic Electricity
Module VI. Principles of Cathodic Protection
Module VII. Corrosion of Reinforcement in Concrete
Module VIII. Cathodic Protection Monitoring
1. The Copper-Zinc Corrosion Cell
2. Other Galvanic Cells
3. The Galvanic Series
4. Importance of the Cathode
5. The Corrosion of Steel
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1. Oxidation and Reduction
2. Electrode Potentials
3. Applications and Limitations of the Electrochemical Series
4. Electrochemical Series vs. Galvanic Series
5. Reference Electrodes
6. Pourbaix Diagrams
7. Corrosion Rate and Current Flow
8. Polarization
1. Corrosion in Soils
2. Corrosion in Water
3. Concrete
1. Electricity and Current Flow
2. Electrical Terms and Measurements
3. Current Flow and Power
4. Alternating Current
5. Transformers
6. Rectification
7. Electric Circuits
8. Measuring Instruments
1. Basic Corrosion Cell
2. Equivalent Circuits
3. Cathodic Protection and the Pourbaix Diagram
4. Electrochemistry of Cathodic Protection
5. The Galvanic vs Impressed Current Method
6. Criteria for Achievement of Cathodic Protection
7. Interference and Stray Current
1. Nature of Reinforced Concrete
2. Corrosion of Reinforcement
3. Inspection Techniques
4. Prevention of Corrosion Problems in New Structures
5. Remedial Action for Reinforcement Corrosion
1. Monitoring Structure Potential
2. Errors in Potential Measurement
3. Potential Measurement in Practice
4. Potential Monitoring in Practice
5. Example of Potential Monitoring
6. Monitoring Current
7. Other Tests
8. Records
9. Monitoring Interference and Stray Currents
10. Surveys and Audits
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