Project Outputs

Applying FloodProBE Technologies within the Urban Design Process

2

Link

Levee Assessment:

3

D3.1
WP03-01-12-11

Link

Assessing levee erosion processes:
Internal erosion

3.2.1

D3.1
WP03-01-12-11

Link

Assessing levee erosion processes:
Structure transitions

3.2.2

D3.1
WP03-01-12-11

Link

Assessing levee erosion processes:
Performance of grass cover

3.2.3

D3.1
WP03-01-12-11

Link

Levee assessment using geophysical technologies

3.3

D3.2
WP03-01-12-20

Link

Levee assessment using remote sensing technologies (LIDAR)

3.3

D3.2
WP03-01-12-20

Link

Combining different data sources to gain insight into the levee condition.

3.4

D3.3
WP03-01-12-24

Link

Critical infrastructure assessment:

4

D2.1
WP02-01-12-04

Link

Step-wise approach and tools for network assessment

4.2

Link

Risk assessment for global understanding

4.2.1

Link

Assessment of interdependencies of infrastructure networks

4.2.2

Link

Analysing the course of a flood event on critical infrastructure through the storyline method

4.3

D2.1
WP02-01-12-04

Link

Assessment of likely level of damage to critical buildings

4.4

D2.2
WP02-01-12-05

Link

Design and Engineering:

5

Link

Design and engineering...of flood defences

5.2

Link

Strengthening of earth flood defences

5.2.1

D4.1
WP04-01-12-12

Link

Multifunctional flood defences

5.2.2

D4.2
WP04-01-13-02

Link

Design and engineering...of critical networks / infrastructure

5.3

Link

Overview of Innovative road and bridge technologies

5.3.1

D4.3
WP04-01-13-03

Link

Catalogue floating and composite technologies

5.3.2

Link

Design and engineering...of critical buildings

5.4

Link

Hotspot buildings (and how to make them more resilient)

5.4.1

D4.4
WP04-01-11-18
D4.3
WP04-01-12-01

Link

Smart shelters (concepts and constraints)

5.4.2

D4.3
WP04-01-12-15

Link