Fundamentals of High Temperature Corrosion
Semester: Winter, Course for EXCHANGE STUDENTS
LECTURES
Lecture 0: Introductory meeting
Lecture 1: Thermodynamics of high temperature corrosion processes
Lecture 2: Methods of studying metal oxidation kinetics
Lecture 3: Methods of studying the corrosion process mechanism
Lecture 4: Methods of studying scale morphology chemical and phase composition
Lecture 5: Oxidation of pure metals
Lecture 6: Wagner theory of metal oxidation
Lecture 7: Scale transport properties
Lecture 8: Dissociation mechanism of scale growth on metals
Lecture 9: Hauffe-Wagner theory
Lecture 10: Oxidation of alloys
Lecture 11: Sulphidation of metallic materials
Lecture 12: Corrosion in carbon containing atmospheres
Lecture 13: High temperature corrosion in multicomponent aggresive environments
Lecture 14: High temperature corrosion of engine valves
Lecture 15: Degradation of tungsten carbide
Lecture 16: Problems of Nb ore processing
Lecture 17: Oxidation resistant high temperature coatings
LABORATORY EXERCISES
Instruction 1: Temperature and pressure dependence of the oxidation rate of metals
Instruction 2: Oxidation under thermal shock conditions
Instruction 3: Marker technique
Instruction 4: Catastrophic oxidation in the presence of liquid euthectics
Instruction 5: Determination of the chemical diffusion coefficient of predominant point defects in oxides