Part I: Fundamentals of Corrosion
Chapter 1: Introduction to Corrosion, Corrosion Science and Corrosion Engineering
Chapter 2: Types of Corrosion
Chapter 3: Electrochemical, Thermodynamic and Kinetic Aspects of Corrosion
Chapter 4: Mechanism of Different Circumstances
 
Part II: Corrosion Monitoring and Control
Chapter 5: Corrosion Assessment and Monitoring Approaches
Chapter 6: Strategies for Corrosion Management
Chapter 7: Corrosion Control
 
PART III: Materials Facing Corrosion Problems
Chapter 8: Corrosion Metallic Materials
Chapter 9: Corrosion of Non-metallic Materials
Chapter 10: Corrosion of Other Advanced Materials
 
PART IV: Major Industries Facing Corrosion Problems
Chapter 11: Corrosion Problems of Oil and Gas Industries
Chapter 12: Corrosion Problems of Chemical and Petrochemical Industries
Chapter 13: Corrosion Problems of Power Generation Industry
Chapter 14: Corrosion Problems of Wastewater Treatment Industry
Chapter 15: Corrosion Problems of Fuel Cell
Chapter 16: Corrosion Problems of Batteries
Chapter 17: Corrosion Problems of 3D-Printed Alloys
Chapter 18: Corrosion Problems of Molten Salts
Chapter 19: Corrosion Problems of Mining Industry
Chapter 20: Corrosion Problems of the Nuclear Industry
Chapter 21: Corrosion Problems of Aerospace Industry
Chapter 22: Corrosion Problems of Marine Industry
 
PART V: Emerging Trends in Corrosion Engineering
Chapter 23: Green Corrosion Inhibitors and Inhibition
Chapter 24: Microbial corrosion and control
Chapter 25: Computational modelling and machine learning in corrosion prediction
Chapter 26: AI-Powered Corrosion Monitoring Systems
Chapter 27: Bio-Inspired Materials: Nature?s Answer to Corrosion
Chapter 28: Steel Corrosion in Reinforced Concrete: Causes and Solutions
Chapter 29: Corrosion in Molten Carbonates: Protection Strategies
Chapter 30: Corrosion Resistance in Phase Change Materials for Thermal Systems