The design of reliable structures requires robust tools that allow the analysis of the behavior of the system subject to variability in its resistance and applied loads. For this, there are several formulations and computational algorithms that enable to model the structural behavior under uncertainties. Under these requirements, the most popular and reliable optimum design methodology is the reliability based optimization (RBO), which should be implemented through the combination of high fidelity mathematical or computational models, e.g. finite element models, efficient and accurate reliability estimation methods, and efficient and effective engineering optimization algorithms. Most RBO applications for structural optimization has the lat...
This thesis concerns structural optimization and robustness evaluations, and new methods are present...
Solution of structural reliability problems by the First Order method require optimization algorithm...
This thesis concerns structural optimization and robustness evaluations, and new methods are present...
The optimization problem to design structural systems such that the reliability is satisfactory duri...
In this paper reliability-based optimization problems in structural engineering are formulated on th...
In deterministic optimization, the uncertainties of the structural system (i.e. dimension, model, ma...
During the last 25 years considerable progress has been made in the fields of structural optimizatio...
In deterministic optimization, the uncertainties of the structural system (i.e. dimension, model, ma...
This thesis presents the reader the importance of optimization and probabilistic assessment of struc...
Solution of structural reliability problems by the First Order method require optimization algorithm...
Solution of structural reliability problems by the First Order method require optimization algorithm...
Structural optimization methods have been developed and applied to a variety of engineering practice...
Reliability-based design optimization theory has been widely acknowledged as an advanced and advanta...
Reliability-based design optimization theory has been widely acknowledged as an advanced and advanta...
This thesis concerns structural optimization and robustness evaluations, and new methods are present...
This thesis concerns structural optimization and robustness evaluations, and new methods are present...
Solution of structural reliability problems by the First Order method require optimization algorithm...
This thesis concerns structural optimization and robustness evaluations, and new methods are present...
The optimization problem to design structural systems such that the reliability is satisfactory duri...
In this paper reliability-based optimization problems in structural engineering are formulated on th...
In deterministic optimization, the uncertainties of the structural system (i.e. dimension, model, ma...
During the last 25 years considerable progress has been made in the fields of structural optimizatio...
In deterministic optimization, the uncertainties of the structural system (i.e. dimension, model, ma...
This thesis presents the reader the importance of optimization and probabilistic assessment of struc...
Solution of structural reliability problems by the First Order method require optimization algorithm...
Solution of structural reliability problems by the First Order method require optimization algorithm...
Structural optimization methods have been developed and applied to a variety of engineering practice...
Reliability-based design optimization theory has been widely acknowledged as an advanced and advanta...
Reliability-based design optimization theory has been widely acknowledged as an advanced and advanta...
This thesis concerns structural optimization and robustness evaluations, and new methods are present...
This thesis concerns structural optimization and robustness evaluations, and new methods are present...
Solution of structural reliability problems by the First Order method require optimization algorithm...
This thesis concerns structural optimization and robustness evaluations, and new methods are present...