When designing monitoring systems and planning inspections, engineers must assess the benefits of the additional information that can be obtained and weigh them against the cost of these measures. The Value of Information (VoI) concept of the Bayesian statistical decision analysis provides a formal framework to quantify these benefits. This paper presents the determination of the VoI when information is collected to increase the reliability of engineering systems. It is demonstrated how structural reliability methods can be used to effectively model the VoI and an efficient algorithm for its computation is proposed. The theory and the algorithm are demonstrated by an illustrative application to monitoring of a structural system subjected to...
Engineers are responsible for the safe and economic operation of structures, equipped only with some...
Structural Health Monitoring (SHM) can provide valuable information for maintenance-related activiti...
The state of engineering systems changes in time due to the effect of gradual (e.g. corrosion, fatig...
Management of aging engineering systems is a growing concern. Decisions such as service limitation o...
International audienceThis paper addresses the quantification of the value of damage detection syste...
International audienceA method to determine the influencing parameters of a structural and Damage De...
This paper addresses the quantification of the value of structural health monitoring (SHM) before it...
Collecting structural information by inspection or monitoring is important means to reduce uncertain...
All engineering structures degrade or become damaged in service to some extent. Information collecti...
Structural health monitoring system can provide valuable information for improving decision-making p...
Structural Health Monitoring (SHM) systems are adopted to acquire timely and continuous data on the ...
Analogous to an experiment, a structural health monitoring (SHM) system may be thought of as an info...
Engineers are responsible for the safe and economic operation of structures, equipped only with some...
Structural Health Monitoring (SHM) can provide valuable information for maintenance-related activiti...
The state of engineering systems changes in time due to the effect of gradual (e.g. corrosion, fatig...
Management of aging engineering systems is a growing concern. Decisions such as service limitation o...
International audienceThis paper addresses the quantification of the value of damage detection syste...
International audienceA method to determine the influencing parameters of a structural and Damage De...
This paper addresses the quantification of the value of structural health monitoring (SHM) before it...
Collecting structural information by inspection or monitoring is important means to reduce uncertain...
All engineering structures degrade or become damaged in service to some extent. Information collecti...
Structural health monitoring system can provide valuable information for improving decision-making p...
Structural Health Monitoring (SHM) systems are adopted to acquire timely and continuous data on the ...
Analogous to an experiment, a structural health monitoring (SHM) system may be thought of as an info...
Engineers are responsible for the safe and economic operation of structures, equipped only with some...
Structural Health Monitoring (SHM) can provide valuable information for maintenance-related activiti...
The state of engineering systems changes in time due to the effect of gradual (e.g. corrosion, fatig...