This paper presents an application of the probabilistic approach with reliability assessment on a spacecraft structure. The adopted strategy uses meta-modeling with first and second order polynomial functions. This method aims at minimizing computational time while giving relevant results. The first part focuses on computational tools employed in the strategy development. The second part presents a spacecraft application. The purpose is to highlight benefits of the probabilistic approach compared with the current deterministic one. From examples of reliability assessment we show some advantages which could be found in industrial applications
In the mechanical design stage, engineers always meet with uncertainty, such as random variables, st...
The objective of this presentation is to discuss the PRA process and the reliability engineering dis...
Due to increasing need to account for the uncertainties in material properties, loading conditions, ...
International audienceThis paper presents an application of the probabilistic approach with reliabil...
Research in the field of reliability based design is mainly focused on two sub-areas: The computatio...
A framework is proposed for assessing and enhancing the reliability of mechanical systems at differe...
The probabilistic structural analysis method (PSAM) was developed to analyze the effects of fluctuat...
The technical effort and computer code developed during the first year are summarized. Several formu...
The Probabilistic Structures Analysis Method (PSAM) program integrates state of the art probabilisti...
Development of reliability and risk assessment of structural components and structures is a major ac...
The aim of the present paper is to demonstrate that, thanks to recently proposed simulationbased met...
Over the past several decades, major advances have been made in probabilistic methods for assessing ...
International audienceA meta-model (or a surrogate model) is the modern name for what was traditiona...
A probabilistic method is used to evaluate the structural reliability and risk of select metallic an...
This report is intended for the demonstration of function approximation concepts and their applicabi...
In the mechanical design stage, engineers always meet with uncertainty, such as random variables, st...
The objective of this presentation is to discuss the PRA process and the reliability engineering dis...
Due to increasing need to account for the uncertainties in material properties, loading conditions, ...
International audienceThis paper presents an application of the probabilistic approach with reliabil...
Research in the field of reliability based design is mainly focused on two sub-areas: The computatio...
A framework is proposed for assessing and enhancing the reliability of mechanical systems at differe...
The probabilistic structural analysis method (PSAM) was developed to analyze the effects of fluctuat...
The technical effort and computer code developed during the first year are summarized. Several formu...
The Probabilistic Structures Analysis Method (PSAM) program integrates state of the art probabilisti...
Development of reliability and risk assessment of structural components and structures is a major ac...
The aim of the present paper is to demonstrate that, thanks to recently proposed simulationbased met...
Over the past several decades, major advances have been made in probabilistic methods for assessing ...
International audienceA meta-model (or a surrogate model) is the modern name for what was traditiona...
A probabilistic method is used to evaluate the structural reliability and risk of select metallic an...
This report is intended for the demonstration of function approximation concepts and their applicabi...
In the mechanical design stage, engineers always meet with uncertainty, such as random variables, st...
The objective of this presentation is to discuss the PRA process and the reliability engineering dis...
Due to increasing need to account for the uncertainties in material properties, loading conditions, ...