The central topic is the quantification of the reliability of infrastructure networks subject to extreme wind loads. Random fields describe the wind distributions and calibrated fragility curves yield the failure probabilities of the components as a function of the wind speed. The network damage is simulated taking into account possible cascading component failures. Defined "Importance Measures" prioritize the components based on their impact on system reliability - the basis for system reliability improvement measures.Zentrales Thema ist die Quantifizierung der Zuverlässigkeit von Infrastrukturnetzen unter Einwirkung extremer Windlasten. Raumzeitliche Zufallsfelder beschreiben die Windverteilungen und spezifisch kalibrierte Fragilitätskurv...
Power grids are generally regarded as very reliable systems, nevertheless outages and electricity sh...
The increased frequency of extreme events in recent years highlights the emerging need for the devel...
The consequences of the climate crisis are already present and can be expected to become more severe...
An approach is demonstrated to visualise overhead line failure rates and estimated wind power output...
International audienceThe purpose of this work is the analysis of the uncertainties affecting an ele...
Modelling the impact of extreme weather on power systems is a computationally expensive, challenging...
Modern societies increasingly depend on the reliable functioning of urban infrastructure systems in ...
Electricity transmission system is a very complex system, which consists of several elements, such a...
Der erste Teil dieser Arbeit beschäftigt sich mit der Frage, welchen Einfluss kurzzeitige Schwankung...
The supportive structures of power grids are vital but susceptible to weather-related events, such a...
The main objective of this study is focused on developing a probabilistic framework for reliability ...
12th International Conference on Applications of Statistics and Probability in Civil Engineering (IC...
The impact of extreme winds on industrial assets and the built environment is gaining increasing att...
Critical infrastructure systems form the foundation for the economic prosperity, security, and publi...
Motivation Power systems, as the backbone of modern industry, have been equipped with sophisticate...
Power grids are generally regarded as very reliable systems, nevertheless outages and electricity sh...
The increased frequency of extreme events in recent years highlights the emerging need for the devel...
The consequences of the climate crisis are already present and can be expected to become more severe...
An approach is demonstrated to visualise overhead line failure rates and estimated wind power output...
International audienceThe purpose of this work is the analysis of the uncertainties affecting an ele...
Modelling the impact of extreme weather on power systems is a computationally expensive, challenging...
Modern societies increasingly depend on the reliable functioning of urban infrastructure systems in ...
Electricity transmission system is a very complex system, which consists of several elements, such a...
Der erste Teil dieser Arbeit beschäftigt sich mit der Frage, welchen Einfluss kurzzeitige Schwankung...
The supportive structures of power grids are vital but susceptible to weather-related events, such a...
The main objective of this study is focused on developing a probabilistic framework for reliability ...
12th International Conference on Applications of Statistics and Probability in Civil Engineering (IC...
The impact of extreme winds on industrial assets and the built environment is gaining increasing att...
Critical infrastructure systems form the foundation for the economic prosperity, security, and publi...
Motivation Power systems, as the backbone of modern industry, have been equipped with sophisticate...
Power grids are generally regarded as very reliable systems, nevertheless outages and electricity sh...
The increased frequency of extreme events in recent years highlights the emerging need for the devel...
The consequences of the climate crisis are already present and can be expected to become more severe...