Add to ORKGStructural analysis and design has to be performed by considering uncertainties both in loading and structural properties respectively. While in traditional analysis and design procedures these uncertainties were take into acount in a qualitative manner - in order to adhere to deterministic concepts - modern procedures are shown to allow their quantitative processing. This way a rational treatment of the propagation of uncertainties through structural systems as well as the assessment of their reliability becomes feasible
It is known that uncertainties or variabilities exhibit in structures. Parameters such as loading, m...
Structural reliability methods (FORM/SORM, Simulation methods, etc.) allow us to account for the unc...
Many decisions in the everyday work of the structural engineer are taken under the influence of unce...
In this paper the need for a rational treatment of uncertainties in structural mechanics and analysi...
In structural design, every component or system needs to be tested to ascertain that it satisfies th...
Practicing structural engineers may be familiar with the main principles of structural reliability b...
In this paper the need for a rational treatment of uncertainties in structural mechanics and analysi...
When studying mechanical systems, engineers usually consider that mathematical models and ...
When studying mechanical systems, engineers usually consider that mathematical models and ...
The problem of how to manage uncertainties when modeling or designing an engineering structure is br...
International audienceWhen studying mechanical systems, engineers usually consider that mathematical...
Uncertainty analysis is a chapter within the encyclopedia of structural health monitoring Covering a...
Uncertainties are a central element in structural analysis and design. But even today they are frequ...
Load bearing mechanical structures like trusses face uncertainty in loading along with uncertainty i...
this paper various methods to analyze structural systems under stochastic dynamic loading are qualit...
It is known that uncertainties or variabilities exhibit in structures. Parameters such as loading, m...
Structural reliability methods (FORM/SORM, Simulation methods, etc.) allow us to account for the unc...
Many decisions in the everyday work of the structural engineer are taken under the influence of unce...
In this paper the need for a rational treatment of uncertainties in structural mechanics and analysi...
In structural design, every component or system needs to be tested to ascertain that it satisfies th...
Practicing structural engineers may be familiar with the main principles of structural reliability b...
In this paper the need for a rational treatment of uncertainties in structural mechanics and analysi...
When studying mechanical systems, engineers usually consider that mathematical models and ...
When studying mechanical systems, engineers usually consider that mathematical models and ...
The problem of how to manage uncertainties when modeling or designing an engineering structure is br...
International audienceWhen studying mechanical systems, engineers usually consider that mathematical...
Uncertainty analysis is a chapter within the encyclopedia of structural health monitoring Covering a...
Uncertainties are a central element in structural analysis and design. But even today they are frequ...
Load bearing mechanical structures like trusses face uncertainty in loading along with uncertainty i...
this paper various methods to analyze structural systems under stochastic dynamic loading are qualit...
It is known that uncertainties or variabilities exhibit in structures. Parameters such as loading, m...
Structural reliability methods (FORM/SORM, Simulation methods, etc.) allow us to account for the unc...
Many decisions in the everyday work of the structural engineer are taken under the influence of unce...