Fire Response C&C Tunnel

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Fire Response C&C Tunnel par Mind Map: Fire Response C&C Tunnel

1. 2. Fire Curves (Robin)

1.1. Standard cellulosic curve

1.2. Hydrocarbon curve

1.3. RABT/ZTV curve

1.4. Hydrocarbon modified curve

1.5. Rijkswaterstaat curve

1.6. Other curves + Test curves

2. (3. Concrete Behaviour) (Mathias) 1pag.

2.1. Fast rise in gas temperature (hier vernoemen of mss beter al bij fire curves zeggen wat er specifiek aan tunnels het probleem bij fire is?)

2.2. Fire resistance

2.3. Material behaviour (concrete and steel)

2.4. Spalling

3. 4. Technical Equipement (Joris)

3.1. Ventilation

3.2. Emergency exits

3.3. Suspended ceilings

3.4. Fire detection systems

3.5. Firefighting systems

3.6. Figures

4. 5. Design

4.1. FEM

4.1.1. problems with FEM

4.1.2. simplifications

4.1.2.1. Layer model

4.1.3. multiphase modelling

4.2. Problems for a proper software

5. 6. Protections (Joris)

5.1. Active

5.1.1. Suppression system

5.1.2. Ventilation

5.2. Passive

5.2.1. Concrete cover +

5.2.2. Reinforcements +

5.2.3. Polypropylene fibers (concrete)

5.2.4. External layer insulation (steel beams)

5.3. Figures

6. (1. Cut and Cover Tunnel) (Robin) +- 1pag.

6.1. Square cross section

6.2. Difference between arch tunnels

6.3. Ceiling is made of RC or steel supporting beams?

6.4. Methods

6.4.1. Bottom-up method

6.4.2. Top-down method

6.4.3. Cut and cove boxes

7. Research questions

7.1. Fire curves?

7.2. What are the problems?

7.3. How to design?

7.4. Possible solutions?