1. Introduction to fire dynamics - rate of heat release, fire development
2. Introduction to fire dynamics - gas exchange in case of fire, ceiling jet flow, smoke layer
3. Introduction to fire dynamics - heat transfer, gas temperature in ventilated enclosure fires
4. Passive fire protection - concept of fire safety, design of fire protection, fire risk
5. Passive fire protection - materials and building structures and their assessment in terms of fire protection
6. Passive fire protection - principles of design of structural structures exposed to fire
7. Active fire protection - automatic fire detection, alarm systems
8. Active fire protection - fire suppression systems (fire sprinkler systems etc.)
9. Active fire protection - smoke and heat control systems
10. Active fire protection - other facilities and measures for fire intervention
11. Human behaviour in fire - ensuring the safety of persons in the building, devices for escape of persons
12. Human behaviour in fire - modelling evacuation of persons
13. Zone fire models
14. CFD fire models
2. Introduction to fire dynamics - gas exchange in case of fire, ceiling jet flow, smoke layer
3. Introduction to fire dynamics - heat transfer, gas temperature in ventilated enclosure fires
4. Passive fire protection - concept of fire safety, design of fire protection, fire risk
5. Passive fire protection - materials and building structures and their assessment in terms of fire protection
6. Passive fire protection - principles of design of structural structures exposed to fire
7. Active fire protection - automatic fire detection, alarm systems
8. Active fire protection - fire suppression systems (fire sprinkler systems etc.)
9. Active fire protection - smoke and heat control systems
10. Active fire protection - other facilities and measures for fire intervention
11. Human behaviour in fire - ensuring the safety of persons in the building, devices for escape of persons
12. Human behaviour in fire - modelling evacuation of persons
13. Zone fire models
14. CFD fire models