Modelo Winkler para el análisis de la respuesta dinámica de estructuras enterradas

Máster Universitario en Sistemas Inteligentes y Aplicaciones Numéricas en Ingeniería (SIANI)

Análisis de los efectos de interacción suelo-estructura en la respuesta dinámica de edificios

Máster Universitario en Sistemas Inteligentes y Aplicaciones Numéricas en Ingeniería (SIANI)

Engineering knowledge-based variance-reduction simulation and G-dominance for structural frame robust optimization

[EN] This paper proposes the incorporation of engineering knowledge through both (a) advanced state-of-the-art preference handling decision-making tools integrated in multiobjective evolutionary algorithms and (b) engineering knowledge-based variance reduction simulation as enhancing tools for the robust optimum design of structural frames taking uncertainties into consideration in the design variables.The simultaneous minimization of the constrained weight (adding structuralweight and average distribution of constraint violations) on the one hand and the standard deviation of the distribution of constraint violation on the other are handled with multiobjective optimization-based evolutionary computation in two different multiobjective algorithms. The optimum design values of the deterministic structural problem in question are proposed as a reference point (the aspiration level) in reference-point-based evolutionary multiobjective algorithms (here g-dominance is used). Results including

Application of evolutionary algorithms and the boundary element method in the optimization of noise barrier profiles

[EN]This Ph.D. thesis presents a general, robust methodology that may cover any type of 2D acoustic optimization problem. A procedure involving the coupling of Boundary Elements (BE) and Evolutionary Algorithms is proposed for systematic geometric modifications of road barriers that lead to designs with ever-increasing screening performance. Numerical simulations involving single- and multi-objective optimizations of noise barriers of varied nature are included in this document. results disclosed justify the implementation of this methodology by leading to optimal solutions of previously defined topologies that, in general, greatly outperform the acoustic efficiency of classical, widely used barrier designs normally erected near roads.

Desarrollo de material didáctico audiovisual para prácticas de laboratorio en el Proyecto PROMETEO-ULPGC: resistencia de materiales

[ES]En el contexto del proyecto de innovación educativa PROMETEO de la ULPGC, desde el área de Mecánica de los Medios Continuos y Teoría de Estructuras se han desarrollado materiales didácticos audiovisuales con la finalidad de facilitar el seguimiento y realización de varias prácticas de laboratorio en la materia de Resistencia de Materiales correspondientes a las titulaciones de ingeniería de la Escuela de Ingenierías Industriales y Civiles de la ULPGC, que se exponen en este trabajo.