Recent concerns about security of the main energy infrastructures (gas, electricity, oil) in Europe highlighted the need to model complex systems that are connected in networks and usually are continent-wide. Modeling of complex networked systems is a challenging task due to usually large number of network nodes and complex interdependencies among the nodes. The paper investigates Monte-Carlo and fault tree based methods to analyze security and reliability aspects of network systems that are transmitting resources between the nodes and are vulnerable due to component failures or external supply cutsJRC.F.3-Energy securit
A Monte Carlo model of the combined GB gas and electricity network was developed to determine the re...
Europe is increasingly dependent on large scale infrastructure networks that supply crucial resource...
Gas and electricity transmission systems are increasingly interconnected, and an attack on certain a...
The aim of the ProGasNet (Probabilistic Gas Network) project is to simulate the European transmissio...
The aim of the overall study is to develop an European gas transmission system reliability model to ...
Energy supply disruptions highlight the need to study the design of energy infrastructure networks f...
The paper presents development process of a gas trans-mission network reliability model. The aim is ...
Natural gas networks can be viewed as complex technical systems, which are exposed to various threat...
AbstractThe paper presents a probabilistic model to study security of supply in a gas network. The m...
The aim of our research work is to develop a European gas transmission system probabilistic model to...
The paper describes the methodology approach and the results obtained by the probabilistic gas netwo...
In this paper, we evaluate the use of statistical indexes from graph theory as a possible alternativ...
Power system and natural gas (NG) system are two critical infrastructures (CI) that modern society d...
Abstract Multi‐energy microgrids could result in more flexibility and increase reliability by interc...
The overall aim of the ProGasNet (Probabilistic Gas Network Simulator) project is to develop Europea...
A Monte Carlo model of the combined GB gas and electricity network was developed to determine the re...
Europe is increasingly dependent on large scale infrastructure networks that supply crucial resource...
Gas and electricity transmission systems are increasingly interconnected, and an attack on certain a...
The aim of the ProGasNet (Probabilistic Gas Network) project is to simulate the European transmissio...
The aim of the overall study is to develop an European gas transmission system reliability model to ...
Energy supply disruptions highlight the need to study the design of energy infrastructure networks f...
The paper presents development process of a gas trans-mission network reliability model. The aim is ...
Natural gas networks can be viewed as complex technical systems, which are exposed to various threat...
AbstractThe paper presents a probabilistic model to study security of supply in a gas network. The m...
The aim of our research work is to develop a European gas transmission system probabilistic model to...
The paper describes the methodology approach and the results obtained by the probabilistic gas netwo...
In this paper, we evaluate the use of statistical indexes from graph theory as a possible alternativ...
Power system and natural gas (NG) system are two critical infrastructures (CI) that modern society d...
Abstract Multi‐energy microgrids could result in more flexibility and increase reliability by interc...
The overall aim of the ProGasNet (Probabilistic Gas Network Simulator) project is to develop Europea...
A Monte Carlo model of the combined GB gas and electricity network was developed to determine the re...
Europe is increasingly dependent on large scale infrastructure networks that supply crucial resource...
Gas and electricity transmission systems are increasingly interconnected, and an attack on certain a...