Course11310400263 lectures
Fundamentals of Corrosion (in Bengali)
Prof. Kallol Mondal · IIT Kanpur
About
The course will begin with emphasis on the importance of studying Corrosion of materials. Fundamentals of corrosion will be addressed from the angle of thermodynamics and kinetics of electrochemical phenomena. Different forms of corrosion related to materials and mixed potential theory will be discussed. Ways of protection of metals and alloys will be explained. Finally, some of the typical case studies related to corrosion failure will be discussed
Intended audience: 1.Bachelor and Master students 2.Industry people, where corrosion is a problem 3.PhD student working in corrosion
Prerequisites: Chemical Thermodynamics, Phase transformation and Electrochemistry
Lectures
Week 1
- Lec. 1: Introduction to Fundamentals of Corrosion (in Bengali)
- Lec. 2: Material's Degradation - Corrosion : Definition Electrochemical Nature
- Lec. 3: Material/Environment, Introduction to Corrosion Cell
- Lec. 4: Corrosion - 1) Electrochemical Nature 2) Corrosion Cell
- Lec. 5: 1) Corrosion Cell (Galvanic Nature) 2) Standard Hydrogen Electrode
Week 2
- Lec. 6: 1) Galvanic Cell - Cell Potential 2) Wet and Dry Corrosion
- Lec. 7: Cell Potential and Gibbs Free Energy (Part 01)
- Lec. 8: Cell Potential and Gibbs Free Energy (Part 02)
- Lec. 9: Relation Between Gibbs Free Energy, Cell Potential and Equilibrium Constant (Part 1)
- Lec. 10: Relation Between Gibbs Free Energy, Cell Potential and Equilibrium Constant (Part 2)
Week 3
- Lec. 11: NERNST Equation
- Lec. 12: NERNST Equation and Standard Reduction Potentials Series (Part 1)
- Lec. 13: NERNST Equation and Standard Reduction Potential Series (Part 2)
- Lec. 14: Standard Reduction Potential Series
- Lec. 15: Standard Reduction Potential Series and Relevance to Corrosion
Week 4
- Lec. 16: Pourbaix Diagram (Part - 01)
- Lec. 17: Pourbaix Diagram (Part - 02)
- Lec. 18: Pourbaix Diagram (Part - 03)
- Lec. 19: Pourbaix Diagram (Part - 04)
- Lec. 20: Pourbaix Diagram (Part - 05)
Week 5
- Lec. 21: Pourbaix Diagram (Part - 06)
- Lec. 22: Pourbaix Diagram (Part - 07)
- Lec. 23: Pourbaix Diagram (Part - 08)
- Lec. 24: Pourbaix Diagram (Part - 09)
- Lec. 25: Pourbaix Diagram (Part - 10)
Week 6
- Lec. 26: Pourbaix Diagram (Part 11)
- Lec. 27: Galvanic Series (Part - 01)
- Lec. 28: Galvanic Series (Part - 02)
- Lec. 29: Galvanic Series (Part - 03)
- Lec. 30: Reference Electrode
Week 7
- Lec. 31: Corrosion Kinetics (Part - 01)
- Lec. 32: Corrosion Kinetics (Part - 02)
- Lec. 33: Corrosion Kinetics: - Rate Expression - Unit Conversion
- Lec. 34: Exchange Current Density (Part - 01)
- Lec. 35: Exchange Current Density (Part - 02)
Week 8
- Lec. 36: Exchange Current Density and Polarization
- Lec. 37: Polarization
- Lec. 38: Activation Polarization and Tafel Equation
- Lec. 39: Butler - Volmer Equation - Concentration Polarization
- Lec. 40: Concentration Polarization - Total Polarization
Week 9
- Lec. 41: - Total Polarization - Mixed Potential Theory
- Lec. 42: Mixed Potential Theory (Part - 01)
- Lec. 43: Mixed Potential Theory (Part - 02)
- Lec. 44: Mixed Potential Theory (Part - 03)
- Lec. 45: Mixed Potential Theory (Part - 04)
Week 10
- Lec. 46: Forms of Corrosion
- Lec. 47: (1) Uniform Corrosion (2) Galvanic Corrosion
- Lec. 48: Galvanic Corrosion (Part - 01)
- Lec. 49: Galvanic Corrosion (Part - 02)
- Lec. 50: Galvanic Corrosion (Part - 03)
Week 11
- Lec. 51: Galvanic Corrosion (Part 04)
- Lec. 52: Galvanic Corrosion - Sacrificial Anode
- Lec. 53: Crevice Corrosion
- Lec. 54: Pitting Corrosion
- Lec. 55: Polarization of Passive Metals
Week 12
- Lec. 56: Intergranular Corrosion
- Lec. 57: Intergranular Corrosion - Erosion - Corrosion
- Lec. 58 (Part - A): Erosion - Corrosion
- Lec. 58 (Part - B): Cavitation Damage - Dealloying
- Lec. 58 (Part - C): Combined Influence of Stress and Corrosion
- Lec. 58 (Part - D): Effect of Flow Velocity, Oxidizer Concentration and Alloying on Corrosion Rate - Explaining Using Mixed Potential Theory
- Lec. 59: Corrosion Protection Methods (Part - 1)
- Lec. 60: Corrosion Protection Methods (Part - 2)
Syllabus and materials
At NPTEL, as the course publishes them.
Credits and licence
- Institution
- IIT Kanpur
- Department
- Metallurgy and Material Science
- Teacher
- Prof. Kallol Mondal
- Level
- Undergraduate
- Language
- English
- Subjects
- Engineering
- Source
- NPTEL
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only. NPTEL's terms
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- NPTEL gives no rating. Invisible Network shows it to Tweens profiles and older, judged from what the source says about it. How courses are placed