Lectures:
1. History of fracture mechanics
2. Summary of basic principles and concepts
3. Mechanisms of fracture and crack growth
4. The elastic stress field at the crack tip
5. Plastic zone at the crack tip
6. Energy access
7. The fracture toughness under plane stress
8. Dynamics of fracture and crack stop
9. Transition behavior of metallic materials
10. Elasto fracture
11. Propagation of fatigue cracks
12. Propagation of cracks in corrosion cracking under stress and hydrogen embrittlement
13. The calculation of critical size defects, and environmental testing of structures
14. Catastrophic fractures in engineering practice
Exercise:
1. Home Exercise
2. Examples of field strength and elasticity - the calculation of local stress
3. Examples from the field of fracture mechanics - a critical factor in calculating intensity for simple tension cracks
4. Calculation of critical stress intensity factor for real products
5. The calculation of critical size defects of elliptical
6. Calculation and measurement of fracture toughness
7. Calculation and measurement of Paris' relationship in evaluating fatigue
8. Methods of fracture mechanics in monitoring slow crack growth
9. Exercises and tests knowledge of fracture mechanics
10. Prediction of life in the nuclear energy
11. Prediction of life in aviation technology
12. Vote for the life of large assemblies
13. Practical solutions to industrial case of a fracture
14. Credit
1. History of fracture mechanics
2. Summary of basic principles and concepts
3. Mechanisms of fracture and crack growth
4. The elastic stress field at the crack tip
5. Plastic zone at the crack tip
6. Energy access
7. The fracture toughness under plane stress
8. Dynamics of fracture and crack stop
9. Transition behavior of metallic materials
10. Elasto fracture
11. Propagation of fatigue cracks
12. Propagation of cracks in corrosion cracking under stress and hydrogen embrittlement
13. The calculation of critical size defects, and environmental testing of structures
14. Catastrophic fractures in engineering practice
Exercise:
1. Home Exercise
2. Examples of field strength and elasticity - the calculation of local stress
3. Examples from the field of fracture mechanics - a critical factor in calculating intensity for simple tension cracks
4. Calculation of critical stress intensity factor for real products
5. The calculation of critical size defects of elliptical
6. Calculation and measurement of fracture toughness
7. Calculation and measurement of Paris' relationship in evaluating fatigue
8. Methods of fracture mechanics in monitoring slow crack growth
9. Exercises and tests knowledge of fracture mechanics
10. Prediction of life in the nuclear energy
11. Prediction of life in aviation technology
12. Vote for the life of large assemblies
13. Practical solutions to industrial case of a fracture
14. Credit