Learn · Fundamentals of Corrosion (in Bengali)
Lecture 63 of 63Week 12
Lec. 60: Corrosion Protection Methods (Part - 2)
Prof. Kallol Mondal · IIT Kanpur
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- Fundamentals of Corrosion (in Bengali), IIT Kanpur (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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All the lectures
- 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
- 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)
- 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
- 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)
- 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)
- 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
- 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)
- 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
- 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)
- 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)
- 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
- 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)