The large-scale deployment and maintenance of infrastructure is time consuming and expensive. Over time, with changing demands and threats, these artifacts need replacement, upgrades or removal. Designing these objects assuming a fixed life or for perpetuity, neglects the reality of mutability of our built environment and variations in natural systems (Milly 2008). Consequently, in locations where there is a great degree of uncertainty, it may be worthwhile to consider modular structures and systems. </p
Adaptive planning has potential as an answer to coping with autonomous and spontaneous change. Such ...
Complexity sciences have been long ago acknowledged to be useful at conceptualizing a variety of phe...
This paper presents a practical approach to calculating how design flexibility, that is “real option...
The large-scale deployment and maintenance of infrastructure is time consuming and expensive. Over t...
abstract: As technologies rapidly progress, there is growing evidence that our civil infrastructure ...
Two recent review papers in Sustainable and Resilient Infrastructure have made the case for a step c...
In an effort to combat the complexity and uncertainty that comes with megainfrastructure developmen...
Climate change is a particular threat to long-lived infrastructures as many existing and planned inf...
AbstractPolicymakers and engineers today are faced with a difficult task of planning for large scale...
Thesis: S.M. in Engineering and Management, Massachusetts Institute of Technology, System Design and...
Adaptation of existing infrastructure is a response to climate change that can ensure a viable, safe...
Transport infrastructure is increasingly confronted with spatial, societal, economical and natural d...
Adaptation of existing infrastructure is a response to climate change that can ensure a viable, safe...
Cities are rapidly transforming, and infrastructures are not always resistant to these future develo...
While we rely on the continuous functioning of infrastructures such as water, electricity and Intern...
Adaptive planning has potential as an answer to coping with autonomous and spontaneous change. Such ...
Complexity sciences have been long ago acknowledged to be useful at conceptualizing a variety of phe...
This paper presents a practical approach to calculating how design flexibility, that is “real option...
The large-scale deployment and maintenance of infrastructure is time consuming and expensive. Over t...
abstract: As technologies rapidly progress, there is growing evidence that our civil infrastructure ...
Two recent review papers in Sustainable and Resilient Infrastructure have made the case for a step c...
In an effort to combat the complexity and uncertainty that comes with megainfrastructure developmen...
Climate change is a particular threat to long-lived infrastructures as many existing and planned inf...
AbstractPolicymakers and engineers today are faced with a difficult task of planning for large scale...
Thesis: S.M. in Engineering and Management, Massachusetts Institute of Technology, System Design and...
Adaptation of existing infrastructure is a response to climate change that can ensure a viable, safe...
Transport infrastructure is increasingly confronted with spatial, societal, economical and natural d...
Adaptation of existing infrastructure is a response to climate change that can ensure a viable, safe...
Cities are rapidly transforming, and infrastructures are not always resistant to these future develo...
While we rely on the continuous functioning of infrastructures such as water, electricity and Intern...
Adaptive planning has potential as an answer to coping with autonomous and spontaneous change. Such ...
Complexity sciences have been long ago acknowledged to be useful at conceptualizing a variety of phe...
This paper presents a practical approach to calculating how design flexibility, that is “real option...