Listar Departament: Enginyeria Mecànica i Construcció por autoría "9511d2b9-ac69-4706-bdf3-ccfa5ad69d7b"
Mostrando ítems 1-5 de 5
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Efecto del spalling sobre la resistencia a flexión biaxial de pilares de hormigón armado expuestos a fuego
Peña Mansilla, David Leonardo; Albero, Vicente; Ibáñez Usach, Carmen; Hospitaler, Antonio; Espinós, Ana; Romero, Manuel L. Asociación Española de Ingeniería Estructural (2022)El spalling es un fenómeno que sufre el hormigón expuesto al fuego debido al aumento de presión en los poros por evaporación y donde su superficie se desconcha incluso de forma explosiva durante los primeros 30 minutos de ... -
Fire design of slim‐floor beams
Romero, Manuel L.; Albero, Vicente; Espinós, Ana; Hospitaler, Antonio Ernst & Sohn (2019)Slim‐floor beams are a well‐known and cost‐effective solution that permits a significant reduction of floor thickness, and are increasingly used in industrial and commercial buildings. Since only their lower flange is ... -
Innovative solutions for enhancing the fire resistance of slim-floor beams: Thermal experiments
Albero, Vicente; Serra, E.; Espinós, Ana; Romero, Manuel L.; Hospitaler, Antonio Elsevier (2019-11-14)Slim-floor beams have attracted the attention of designers in the last decades, owing to their ability for supporting intermediate loads without increasing the floor thickness. However, the behaviour of this type of beams ... -
Recent developments and fire design provisions for CFST columns and slim-floor beams
Romero, Manuel L.; Espinós, Ana; Lapuebla-Ferri, Andres; Albero, Vicente; Hospitaler, Antonio Elsevier (2020-06-02)This paper summarizes the latest technical and scientific progresses on steel-concrete composite structures exposed to fire, presenting the recent research carried out on this subject and the progress of the design codes. ... -
Simplified proposal for the temperature field of steel-reinforced CFST columns exposed to fire
Medall Martos, David; Espinós, Ana; Albero, Vicente; Romero, Manuel L. Elsevier (2022-10-26)Concrete-filled steel tubular (CFST) columns are composite sections that may contribute to reduce the environmental impact in construction through a more efficient use of resources. By embedding a steel profile inside a ...