Add to ORKGThis short note deals with a methodology of the seismic risk assessment of lifeline systems from the viewpoint of reliability theory or graph theory. The methodology is applied to some case-studies in a certain model lifeline
This paper presents a fragility based life cycle loss estimation methodology for (i) assessing the s...
Lifeline networks are fundamental to our quality of life, to economic growth, and to the environment...
The cost of maintaining existing civil infrastructure is enormous. Since the livelihood of the publi...
This short note deals with a methodology of the seismic risk assessment of lifeline systems from the...
A method is developed for the analysis of the probability of failure of a lifeline system to potent...
In the previous reports we have discussed a methodology for the seismic risk assessment of lifeline ...
In the previous reports we have discussed a methodology for the seismic risk assessment of lifeline ...
Lifelines, such as pipelines, transportation, communication and power transmission systems, are netw...
Lifelines are essential networks and it is vital for these network systems to remain properly functi...
This paper presents the seismic risk assessment of L’Aquila gas distribution network in a performanc...
Assessment of the reliability of lifelines under seismic loads requires particular attention, since ...
Lifelines, such as highway, gas, water and power distribution systems, are networks which extend spa...
After the description of FMECA methodology applied to vulnerability evaluations typically in elect...
Lifeline systems such as transportation and utility networks consist of numerous structural compone...
A framework for the analysis of seismic risk to lifelines, with references to the case of Vrancea ea...
This paper presents a fragility based life cycle loss estimation methodology for (i) assessing the s...
Lifeline networks are fundamental to our quality of life, to economic growth, and to the environment...
The cost of maintaining existing civil infrastructure is enormous. Since the livelihood of the publi...
This short note deals with a methodology of the seismic risk assessment of lifeline systems from the...
A method is developed for the analysis of the probability of failure of a lifeline system to potent...
In the previous reports we have discussed a methodology for the seismic risk assessment of lifeline ...
In the previous reports we have discussed a methodology for the seismic risk assessment of lifeline ...
Lifelines, such as pipelines, transportation, communication and power transmission systems, are netw...
Lifelines are essential networks and it is vital for these network systems to remain properly functi...
This paper presents the seismic risk assessment of L’Aquila gas distribution network in a performanc...
Assessment of the reliability of lifelines under seismic loads requires particular attention, since ...
Lifelines, such as highway, gas, water and power distribution systems, are networks which extend spa...
After the description of FMECA methodology applied to vulnerability evaluations typically in elect...
Lifeline systems such as transportation and utility networks consist of numerous structural compone...
A framework for the analysis of seismic risk to lifelines, with references to the case of Vrancea ea...
This paper presents a fragility based life cycle loss estimation methodology for (i) assessing the s...
Lifeline networks are fundamental to our quality of life, to economic growth, and to the environment...
The cost of maintaining existing civil infrastructure is enormous. Since the livelihood of the publi...