Lectures:
1. Characteristics of expert activities
2. Fundamentals of Applied Mechanics
3. Principles of design material
4. Fracture mechanics
5. Fundamentals of Corrosion and Corrosion Engineering
6. Diagram of procedure for the solution of material problems in engineering and construction
7. Analysis of practical examples
8. Analysis of practical examples
9. Summary of solutions to all these examples and find a single procedure
Exercise:
1. Introductory exercise
2. Structural and phase analysis
3. Assessment of the defective weld
4. Assessment of the influence of corrosive conditions
5. Fracture Analysis
6. Role of Applied Mechanics
7. The role of materials design
8. To address the practical case
9. Conclusion Exercise and granting credits
1. Characteristics of expert activities
2. Fundamentals of Applied Mechanics
3. Principles of design material
4. Fracture mechanics
5. Fundamentals of Corrosion and Corrosion Engineering
6. Diagram of procedure for the solution of material problems in engineering and construction
7. Analysis of practical examples
8. Analysis of practical examples
9. Summary of solutions to all these examples and find a single procedure
Exercise:
1. Introductory exercise
2. Structural and phase analysis
3. Assessment of the defective weld
4. Assessment of the influence of corrosive conditions
5. Fracture Analysis
6. Role of Applied Mechanics
7. The role of materials design
8. To address the practical case
9. Conclusion Exercise and granting credits