Lectures:
1. The definition of safety and reliability of materials
2. The definition of extreme temperatures and corrosive conditions of stress.
3. Use of fracture mechanical concepts to evaluate different materials
characteristics
4. Materials resistant to low temperatures
5. Materials resistant to high temperatures
6. Effect of corrosion on the reliability and security structures
7. Methods for evaluation of corrosion resistance
8. Materials suitable for operation in corrosive conditions
9. Materials suitable for operating at the highest temperatures
10. Materials suitable for operation in nuclear and conventional power
11. Materials suitable for armored vehicles
12. Materials for the conditions of mine
13. Materials suitable for the conditions of offshore platforms
14. Practical examples of using different materials to construct components
Exercise:
1. Introduction to Exercise
2. Fracture mechanics as the basis for safety evaluation of materials
3. Using fracture mechanics concepts to evaluate the kinetics of crack
propagation
4. Kinetics of crack propagation under corrosion conditions
5 to 6 Armour materials and their exploitation
7 to 8 Materials for low temperature
9 to 10 Materials for High Temperature
11 to 12 Calculations of the safety and reliability of materials
13. Maritime Platforms: Types and calculations
14. Granting Credit
1. The definition of safety and reliability of materials
2. The definition of extreme temperatures and corrosive conditions of stress.
3. Use of fracture mechanical concepts to evaluate different materials
characteristics
4. Materials resistant to low temperatures
5. Materials resistant to high temperatures
6. Effect of corrosion on the reliability and security structures
7. Methods for evaluation of corrosion resistance
8. Materials suitable for operation in corrosive conditions
9. Materials suitable for operating at the highest temperatures
10. Materials suitable for operation in nuclear and conventional power
11. Materials suitable for armored vehicles
12. Materials for the conditions of mine
13. Materials suitable for the conditions of offshore platforms
14. Practical examples of using different materials to construct components
Exercise:
1. Introduction to Exercise
2. Fracture mechanics as the basis for safety evaluation of materials
3. Using fracture mechanics concepts to evaluate the kinetics of crack
propagation
4. Kinetics of crack propagation under corrosion conditions
5 to 6 Armour materials and their exploitation
7 to 8 Materials for low temperature
9 to 10 Materials for High Temperature
11 to 12 Calculations of the safety and reliability of materials
13. Maritime Platforms: Types and calculations
14. Granting Credit