SUSCOS 2013/2015- 2C10 Design for fire and robustness

Date Lectures: 8.30-10.00

2C10

Lectures: 10.30-12.00

2C10

Design Applications:

14.00-16.00

TP

Practice

(individual work)

16.00-18.00

31.03

L 1 Fire safety (Fire design)

RZ

L2 Fire and mechanical loading (Fire

design) RZ

Fire models (Fire design)

DP

1.04

L3 Thermal response (Fire

design) RZ

L4 Steel structures (Fire design)

RZ

Heat transfer (Fire design)

DP

16:30-18:30

Support action

2.04

L5 Robustness of structures.

Generalities FD

L6 Robustness of structures.

Scenarios FD

Application of robustness approaches

to a frame building structure FD

3.04

L 7 Composite floors (Fire

design) FW

L 8 Aluminium structures (Fire

design) FW

Steel elements (Fire design)

RZ

4.04

L9 Timber structures (Fire

design) FW

L10 After fire (Fire design)

FW

Slab (Fire design)

DP

Weekend

7.04

L11 Robustness of structures.

Local and global response FD

L12 Explosion and blast resistance

FD

Application of robustness approaches

to a frame building structure FD

8.04

L13-14 Concrete and composite

structures (Fire design)

8:00-11:00 JMF

L15 Advanced models (Fire design)

11:30-13:00 JMF

Composite elements (Fire design)

DP

9.04

L16 Response to blast

FD

L17 Response to blast

FD

Application of robustness approaches

to a frame building structure FD

10.04

L18 Robustness of structures.

Codes and standards JFD

L19 Alternative load path method

JFD

Application of robustness approaches

to a frame building structure FD

11.04

L20 Case study: Design of a

multi-storey steel structure to

prevent progressive collapse FD

Weekend

14.04

TP

FD, DP, RZ

15.04

16.04 TP Deadline

17.04 E X A M I N A T I O N

JFD – Jean Francois DEMONCEAU, FD- Florea DINU, JMF – Jean Marc FRANSSEN, DP - Dan PINTEA, FW - Frantisek WALD, RZ – Raul ZAHARIA