AbstractA simplification of probability based approaches on safety assessments and predictions of structural members is discussed. The modelling of time-dependent survival probabilities and reliability indexes of particular and single members is defined in a simple and easy perceptible manner using uniformed correlation factors of their conventional sequences. These factors of safety margin processes are analyzed and demonstrated by numerical example
This article discusses the role of structural reliability theory in the wider context of structural ...
This thesis, consisting of six papers, concerns methods for probabilistic analysis of engineering st...
The subject of the paper is a brief discussion on the transition of the reliability assessment of st...
AbstractA simplification of probability based approaches on safety assessments and predictions of st...
AbstractThe probability-based prediction and analysis of time-dependent survival probabilities and r...
This thesis deals essentially with the new probabilistic design approach, which bas largely replaced...
Nowadays it is commonly accepted that the safety of structures should be expressed in terms of reli-...
A probabilistic procedure for the analysis of the current and future reliability of existing structu...
Reliability assessment of engineered structures is a powerful and useful concept to estimate the str...
Classical structural reliability assessment techniques are based on precise and crisp (sharp) defini...
A probabilistic procedure for the analysis of current and future reliability of existing structural ...
This paper investigates the issue of reliability assessment for engineering structures involving mix...
The article considers sophisticated formats of the multivariate integration of time-dependent techni...
AbstractThe probabilistic reliability approach is the most widely used method for reliability analys...
Summarization: The two computer codes COVASTOL and RELIEF, developed for the modeling of cumulative ...
This article discusses the role of structural reliability theory in the wider context of structural ...
This thesis, consisting of six papers, concerns methods for probabilistic analysis of engineering st...
The subject of the paper is a brief discussion on the transition of the reliability assessment of st...
AbstractA simplification of probability based approaches on safety assessments and predictions of st...
AbstractThe probability-based prediction and analysis of time-dependent survival probabilities and r...
This thesis deals essentially with the new probabilistic design approach, which bas largely replaced...
Nowadays it is commonly accepted that the safety of structures should be expressed in terms of reli-...
A probabilistic procedure for the analysis of the current and future reliability of existing structu...
Reliability assessment of engineered structures is a powerful and useful concept to estimate the str...
Classical structural reliability assessment techniques are based on precise and crisp (sharp) defini...
A probabilistic procedure for the analysis of current and future reliability of existing structural ...
This paper investigates the issue of reliability assessment for engineering structures involving mix...
The article considers sophisticated formats of the multivariate integration of time-dependent techni...
AbstractThe probabilistic reliability approach is the most widely used method for reliability analys...
Summarization: The two computer codes COVASTOL and RELIEF, developed for the modeling of cumulative ...
This article discusses the role of structural reliability theory in the wider context of structural ...
This thesis, consisting of six papers, concerns methods for probabilistic analysis of engineering st...
The subject of the paper is a brief discussion on the transition of the reliability assessment of st...