https://hdl.handle.net/10481/17564 2026-04-06T04:26:13Z 2026-04-06T04:26:13Z Granados Romera, Juan José Comino Mateos, Lucía Soledad Bravo Pareja, Rafael Palma Guerrero, Roberto https://hdl.handle.net/10481/104788 2025-06-24T06:45:37Z

Algebraic and Analytical Approaches to the Calculation of Internal Forces and the Internalization of Structural Equilibrium: A Teaching Experience in Engineering Granados Romera, Juan José; Comino Mateos, Lucía Soledad; Bravo Pareja, Rafael; Palma Guerrero, Roberto

Pérez-Docampo, Manuel Escolano-Margarit, David Feriche Fernández-Castanys, Mercedes Morillas Romero, Leandro https://hdl.handle.net/10481/76743 2023-09-11T09:03:29Z

A GIS based seismic risk scenario of the cities of Santa Fé and Atarfe in Andalucía, Spain Pérez-Docampo, Manuel; Escolano-Margarit, David; Feriche Fernández-Castanys, Mercedes; Morillas Romero, Leandro This paper applies a GIS -based methodology to a case study in the cities of Atarfe and Santa Fé in Anadalucía (Spain) which recently suffered a seismic series with six magnitude 4 earthquakes. The framework for estimating the risk scenario essentially relates each housing building in the cadastral, to the probability of reaching different levels of seismic damage, namely negligible, slight, moderate, extensive given the seismic hazard in the area under study. It is built on the python toolbox pandas and QuantumGIS. Although only minor to light damages were observed and reported during the seismic series, this study reveals that there is a high-risk scenario in the area if the 475-year design earthquake occurred nowadays.; Este artículo aplica una metodología basada en SIG a un caso de estudio en las ciudades de Atarfe y Santa Fé en Anadalucía (España) que recientemente sufrieron una serie sísmica con seis terremotos de magnitud 4. Esencialmente, se relaciona cada edificación de vivienda en el catastro con su probabilidad de alcanzar diferentes niveles de daño sísmico: insignificante, leve, moderado, extenso dada la amenaza sísmica en el área de estudio. Está desarrollado en python pandas y QuantumGIS. Aunque solo se observaron y reportaron daños menores a leves durante la serie sísmica, este estudio revela que existe un escenario de alto riesgo en el área si el terremoto de proyecto de 475 años ocurriera en la actualidad.

Moskaleva, Anastasiia Šćepanović, Biljana Carbonell Márquez, Juan Francisco Fernández Ruiz, Manuel Alejandro Hernández Montes, Enrique https://hdl.handle.net/10481/47001 2021-06-29T09:30:57Z

Topological design of bionic structures: Inspired by nature Moskaleva, Anastasiia; Šćepanović, Biljana; Carbonell Márquez, Juan Francisco; Fernández Ruiz, Manuel Alejandro; Hernández Montes, Enrique The process of form finding of shell structures was always a challenge for architects and engineers, and an issue of effective collaboration. Tools which allow finding an equilibrium shape of structure change a lot as time goes by. Modified Force density method together with topological mapping is applied for form finding of compressed structures. GAUDI software is a new form‐finding tool based on constant values of the force:length ratios that give endless opportunities for creativity for architects and engineers. It allows finding an equilibrium shape of structure initially desired by an artist by iteratively changing input parameters. With this tool, forces follow any well conceived form of structure. This new conception changes the traditional notion of “form follows forces” to “forces follow a well conceived form”.