multi
functional
flood 
defences

  • Home
  • Innovation & Research
    • Research programme
    • Relevance
    • Meet the team
  • Our research projects
    • Structural evaluation
    • Wind turbine on dike
    • Economic optimisation
    • Flood defence system reliability
    • Structural embedment
    • Urban design challenges
    • Visual representation MFFD landscapes
    • Enhancing nature and landscape values
    • Exploring dilemmas and frames
    • Policy arrangements integration
    • Enhancing knowledge transfer and uptake
    • Integral design of MFFD
    • Making sense and managing sensitivities
    • Robustness and adaptability
    • Uncertainty, adaptivity, robustness
  • News
  • See some examples
    • Dordrecht
    • Düsseldorf
    • Hamburg
    • Katwijk aan Zee
    • Rotterdam
    • Scheveningen
  • Community
  • Talk to us
  • Home
  • Innovation & Research
    • Research programme
    • Relevance
    • Meet the team
  • Our research projects
    • Structural evaluation
    • Wind turbine on dike
    • Economic optimisation
    • Flood defence system reliability
    • Structural embedment
    • Urban design challenges
    • Visual representation MFFD landscapes
    • Enhancing nature and landscape values
    • Exploring dilemmas and frames
    • Policy arrangements integration
    • Enhancing knowledge transfer and uptake
    • Integral design of MFFD
    • Making sense and managing sensitivities
    • Robustness and adaptability
    • Uncertainty, adaptivity, robustness
  • News
  • See some examples
    • Dordrecht
    • Düsseldorf
    • Hamburg
    • Katwijk aan Zee
    • Rotterdam
    • Scheveningen
  • Community
  • Talk to us

Robustness and adaptability

7/13/2015

0 Comments

 
Picture
Network path
Large scale deployment and maintenance of infrastructure is time consuming and expensive. Over time, with changing demands and threats, these artefacts need to be replaced, upgraded or removed. By designing these objects assuming a fixed life or for perpetuity, neglects the reality of mutability of our built environment. Therefore, in locations where there is a great degree of uncertainty, modular structure ought to be considered. 

Pairing flexible infrastructure with pre-planned adaption, opens the door for new forms of flood defence systems. This is in contrast with the currently prominent ad-hoc adaptation control techniques. Through the use of simulation and robust optimisation methods,  it is possible to craft adaptation policies that meet the multitude of values of the concerned parties while maintaining the appropriate level of safety, as well as minimising costs. Through the fusion of scenario based thinking, with generative grammers for plan creation, strategic plans can be designed to satisfy stated objectives. 

Rule Parsing:

(0.x) → 3.0
(0.x) ¬ (3.0) → 5.0, ¬ (5.5 ∪ 3.0) 
(3.x ∩ 4.x) → 5.5, ¬ (5.0) 
(3.x) ¬ (6.0 ∩ 7.0) → 4.0, ¬ (4.5) 
(5.x) ¬ (6.0 ∩ 7.0) → 4.5, ¬ (4.0) 
(5.x) ¬ (7.0) → 6.0, ¬ (6.5 ∪ 4.0) 
(4.x ∩ 5.x) ¬ (7.0) → 6.5, ¬ (6.0) 
(5.x) → 7.0, ¬ (7.3 ∪ 7.7 ∪ 4.0 ∪ 6.0) 
(4.x ∩ 5.x) → 7.3, ¬ (7.7 ∪ 6.0 ∪ 7.0) 
(5.x ∩ 6.x) → 7.7, ¬ (7.3 ∪ 4.0 ∪ 7.0) 
Picture
Rule visualisation
Picture
Response
0 Comments

    Researcher

    Tushith Islam

    View my profile on LinkedIn


    Contact

    Hier klikken om te bewerken.

    Promotors

    Publications

    Hier klikken om te bewerken.

    Last update

    July 2015


    > Go back to all projects
Proudly powered by Weebly