Departamento de Física y Estructuras de Edificación
The objective of the present project is to develop a new construction system for timber gridshells that minimizes the cost of material, labour and auxiliary resources and that is competitive for application in standard works. For this, it is proposed to integrate the active bending in the forming process with the use of wood-wood joints made by CNC
Abstract In the present work, single- and double-dowel joints following different geometric configurations are experimentally and numerically investigated to derive the splitting behaviour of beech wood (Fagus sylvatica L.), one of the most widespread hardwood species in Europe for structural purposes.
Abstract This work explores the design and digital fabrication of elastic timber gridshells integrating principal meshes. These networks guarantee, among others, planar faces discretization, node offset properties and orthogonal meetings of the components what simplifies the joining solution for what
Abstract This work explores the design and digital fabrication of elastic timber gridshells integrating principal meshes. These networks guarantee, among others, planar faces discretization, node offset properties and orthogonal meetings of the components what simplifies the joining solution for what
Abstract Las estructuras laminares reticulares de madera son estructuras que, gracias a la eficiencia estructural que les confiere su forma curva consiguen una notable optimización de material, constituyendo una excelente respuesta a las exigencias cada vez mayores de una construcción
ETSAMadera collaborates, together with the UPM’s Construction with Wood Group, in the organisation of the III Latin-American Congress on Wood in Construction (CIMAD24) to be held in the schools of Architecture (ETSAM) and Forestry, Forest and Natural Environment Engineering of
Title (acronym): High-strength steel connections for circular construction (CONNECT4C) Reference: RFCS – 101112300 Programme: Research Fund for Coal and Steel (RFCS) Funding: European Research Executive Agency Duration: 01/09/2023-28/02/2027 Budget: 1.958.171,79 € UPM Budget: 166.898,52 € Partners: The C4C consortium consists
Abstract Fracture characterisation under mode I loading of Eucalyptus globulus Labill. bonded joints with one-component polyurethane adhesive (1C-PUR) is addressed in this work. The objective is to estimate the cohesive law representative of the fracture behaviour of these joints. A
The new Technical Guide to Innovative Solutions in Structural Wood in contemporary Galician architecture, published by the XUNTA of Galicia, includes two works designed by ETSAMadera. You can consult the guide in this link
The new Technical Guide to Innovative Solutions in Structural Wood in contemporary Galician architecture, published by the XUNTA of Galicia, includes two works designed by ETSAMadera. You can consult the guide in this link