Media Storage Type : DVD-ROM
NPTEL Course Name : Advances in Corrosion Engineering
NPTEL Subject Matter Expert : Prof. K.A. Natarajan
NPTEL Co-ordinating Institute : IISc Bangalore
NPTEL Lecture Count : 40
Lecture Titles:
Lecture 1 - Corrosion - introduction, definitions and types
Lecture 2 - Electrochemical cells-definitions and principles
Lecture 3 - Potential measurements - galvanic cells, concentration cells
Lecture 4 - EMF and Galvanic series - bimetallic couples
Lecture 5 - Eh-pH diagrams - fundamental aspects
Lecture 6 - Construction of Eh - pH diagrams. Fe-H2O-O2 diagram
Lecture 7 - Copper, Aluminium and general corrosion diagrams
Lecture 8 - Electrode - solution interface - definition and types of polarization
Lecture 9 - Exchange current density - polarization relationships
Lecture 10 - Polarization techniques - corrosion rate determination
Lecture 11 - Mixed potentials - concepts and Basics
Lecture 12 - Mixed potential theory - bimetallic couples
Lecture 13 - Mixed potential theory - activation and diffusion controlled processes
Lecture 14 - Prevention strategies - design and coatings
Lecture 15 - Prevention strategies - inhibitors and surface engineering
Lecture 16 - Cathodic protection - principles and classification
Lecture 17 - Cathodic protection - influencing factors and monitoring
Lecture 18 - Design aspects for cathodic protection
Lecture 19 - Stray current corrosion
Lecture 20 - Passivity - definitions and influencing parameters
Lecture 21 - Passivity - application of mixed potential theory
Lecture 22 - Passivity - design of corrosion resistant alloys
Lecture 23 - Anodic protection
Lecture 24 - Microbially influenced corrosion (MIC) - definitions, environments and microbiology
Lecture 25 - MIC-Electrochemical aspects and general mechanisms
Lecture 26 - MIC-Bacterial transport, attachment and affected materials
Lecture 27 - MIC-Role of aerobic and anaerobic microorganisms
Lecture 28 - Mechanisms and models for SRB corrosion
Lecture 29 - MIC and Biofilms
Lecture 30 - MIC-case studies and mechanisms
Lecture 31 - Biofouling of Titanium - biofilm studies
Lecture 32 - Biofouling of Titanium- biomineralization and corrosion aspects
Lecture 33 - MIC-Failure analysis
Lecture 34 - MIC-Prevention and control
Lecture 35 - Implant materials and corrosivity of human body
Lecture 36 - Medical implants - status and developments
Lecture 37 - Microbially induced concrete corrosion
Lecture 38 - Metallurgical properties influencing corrosion
Lecture 39 - Laboratory experiments in corrosion engineering - I
Lecture 40 - Laboratory experiments in corrosion engineering - II