"Aqualigmun", experimental characterisation of hygromorphic systems.
DOI:
https://doi.org/10.20868/ade.2024.5368Keywords:
hygromorphic, characterization, responsive, integration, moistureAbstract
This experimental research work has focused on wooden veneers and their hygroscopic capacity. A facade measurement system has been developed based on wooden veneers and their bending ability across three species (beech, oak, and mahogany) when exposed to identical hygrothermal cycles. Under the hypothesis of potential curvature regulation, the sampling definition has revealed that the parameters 'Wood type,' 'thickness,' and 'Water vapor incidence' are the variables responsible for the responsive differentiation of the different samples, as well as the presence or absence of protective coatings. Subsequently, based on the results obtained, it has been concluded that there are responses that allow highlighting the good behavior of the beech wood veneer compared to the other species, as well as the ineffectiveness of applying coatings.
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1. Cardoso-Hernández, I.; Luna-Nemecio, J. M.; Gouttefanjat, F. 2022. Sustentabilidad y crisis climática global: tecnologías ambientalmente regenerativas como fuerzas productivas de la humanidad”. Religación. Revista de ciencias sociales y humanidades.
2. García Esteban, L.; Guindeo Casasús, A.; de Palacios de Palacios, P. “Maderas de Coníferas. Anatomía de géneros. Escuela Técnica Superior de Ingenieros de Montes.
3. García Esteban, L.; Gril, J.; de Palacios de Palacios, P.; Guindeo Casasús, A., 2004. Reduction of wood hygroscopicity and associated dimensional response by repeated humidity cycles. Cátedra de Tecnología de la Madera, Departamento de Ingeniería Forestal, Escuela Técnica Superior de Ingenieros de Montes, Universidad Politécnica de Madrid, Laboratoire de Mécanique et Génie Civil, Université Montpellier, France.
4. Holstov, A.; Farmer, G.; Bridgens, B.; Morris, P. 2015. Towards sustainable adaptive building skins with embedded hygromorphic responsiveness. Advanced building skins. ResearchGate.
5. Holstov A.; Farmer, G.; Bridgens, B., 2016. Implementing hygromorphic wood composites into responsive building skins. ResearchGate.
6. Peraza Oramas, C. “La madera y sus propiedades”. A.I.T.I.M
7. Peraza Sánchez, F. “Protección preventiva de la madera”
8. Pérez Cabrera, D. S.; Lozano Peña, J. E., 2019. Caracterización del comportamiento higromórfico de unA doble capa en madera bajo las características climáticas de la ciudad de Bogotá. CLEM.
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