Different mathematical models can be developed to represent the dynamic behavior of structural systems and assess properties, such as risk of failure and reliability. Selecting an adequate model requires choosing a model of sufficient complexity to accurately capture the output responses under various operational conditions. However, as model complexity increases, the functional relationship between input parameters varies and the number of parameters required to represent the physical system increases, reducing computational efficiency and increasing modeling difficulty. The process of model selection is further exacerbated by uncertainty introduced from input parameters, noise in experimental measurements, numerical solutions, and model f...
In the field of structural engineering, mathematical models are utilized to predict thedynamic respon...
As the sophistication of finite element models increases, the need to investigate the effects of unc...
Obtaining accurate models that can predict the behaviour of dynamic systems is important for a varie...
The uncertainties related to the modeling of the dynamic behavior of a structure are analyzed using ...
The use of uncertainty propagation analysis in conjunction with the finite element method has become...
The problem of calculating the uncertainty in the dynamic response of a structure due to uncertaint...
In this paper, a modular spring-damper system that is integrated into a spacetruss structure is cons...
Calibrated mathematical models used to simulate the actual behavior of civil engineering structures ...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
Structural design and identification are two import aspects in engineering practice. The former aims...
Uncertainty quantification is an emergent field in engineering mechanics that makes use of statistic...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
Computational models for large systems are sometimes built in a hierarchical way from simple compone...
This paper presents a method to predict the uncertainty associated with dynamic identification of a ...
In the field of structural engineering, mathematical models are utilized to predict thedynamic respon...
As the sophistication of finite element models increases, the need to investigate the effects of unc...
Obtaining accurate models that can predict the behaviour of dynamic systems is important for a varie...
The uncertainties related to the modeling of the dynamic behavior of a structure are analyzed using ...
The use of uncertainty propagation analysis in conjunction with the finite element method has become...
The problem of calculating the uncertainty in the dynamic response of a structure due to uncertaint...
In this paper, a modular spring-damper system that is integrated into a spacetruss structure is cons...
Calibrated mathematical models used to simulate the actual behavior of civil engineering structures ...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
Structural design and identification are two import aspects in engineering practice. The former aims...
Uncertainty quantification is an emergent field in engineering mechanics that makes use of statistic...
Mathematical models of a suspension strut such as an aircraft landing gear are utilized by engineers...
Computational models for large systems are sometimes built in a hierarchical way from simple compone...
This paper presents a method to predict the uncertainty associated with dynamic identification of a ...
In the field of structural engineering, mathematical models are utilized to predict thedynamic respon...
As the sophistication of finite element models increases, the need to investigate the effects of unc...
Obtaining accurate models that can predict the behaviour of dynamic systems is important for a varie...