Lectures:
- Introductory lecture
- Changes of structural materials induced degradation process
- Basic groups of materials and their degradation processes
- Refraction of congestion during uniaxial and multiaxial stress
- Terms of brittle fracture of low-energy, linear fracture mechanics
- Conditions of high-energy ductile fracture, elasto-plastic fracture mechanics
- Mechanisms of initiation and spread of fatigue violation
- Fatigue damage components when exposed to multiaxial stress
- Fracture during the creep and factors that influence it
- Mechanisms of stress corrosion cracking and hydrogen embrittlement
- The basic mechanisms of wear surfaces
- Consequences of degradation processes in the reliability of structures
- Basic procedures of optimized design of structural material
- Introductory lecture
- Changes of structural materials induced degradation process
- Basic groups of materials and their degradation processes
- Refraction of congestion during uniaxial and multiaxial stress
- Terms of brittle fracture of low-energy, linear fracture mechanics
- Conditions of high-energy ductile fracture, elasto-plastic fracture mechanics
- Mechanisms of initiation and spread of fatigue violation
- Fatigue damage components when exposed to multiaxial stress
- Fracture during the creep and factors that influence it
- Mechanisms of stress corrosion cracking and hydrogen embrittlement
- The basic mechanisms of wear surfaces
- Consequences of degradation processes in the reliability of structures
- Basic procedures of optimized design of structural material