Prof. Dr. Aude Chabrelie

Professeure en construction durable, spécialisée dans les analyses de durabilité (recherche et enseignement)

Déléguée du département AHB pour la Commission Développement Durable de la BFH

Analyse de cycle de vie (ACV) de matériaux de construction et de bâtiments

Développement de produits et procédés avec un impact environnemental réduit

Master of Science · Circular Innovation and Sustainability

Master of Science · Wood Technology

Bachelor of Science · Technique du bois

Bachelor of Art · Architecture

Bachelor of Science · Génie civil

Analyse de cycle de vie (ACV)

Ecodesign, Circular Design

Développement Durable

Ecobilans des matériaux de construction et des bâtiments

Méthodologie des analyses de cycle de vie (ACV)

Décarbonisation du secteur de la construction

Rovira, B., Chabrelie, A., Bianchi, S., & Pichelin, F. (2025). Potential of Quebracho Tannin to substitute Urea-formaldehyde adhesive in Plywood: Comparative technical and environmental performance. Tech Science Press. https://doi.org/10.24451/arbor.12574

Chabrelie, A., & Thömen, H. (2024). Dekarbonisierung Infrastrukturbauten: CO 2 Reduktionspotenzial und End of Life Szenarien für den Holzbau, Technischer Bericht – Teilprojekt 3. Bundesamt für Umwelt (BAFU). https://doi.org/10.24451/dspace/11449

Schmid, H., Ganne-Chédeville, C., & Chabrelie, A. (2024). Bilans écologiques: Bases. Lignum, Economie suisse du bois. https://doi.org/10.24451/dspace/11534

Chabrelie, Aude; Müller, Urs; Scrivener, Karen (2011). Mechanisms of degradation of concrete by external sulfate ions under laboratory and field conditions. Proceedings of the Proceedings of XIII ICCC – International Congress on Chemistry of Cement, Madrid, Spain, p. 469, Intituto de Ciencias de la Construcción "Eduardo Torroja", ISBN: 84-7292-399-7

Chabrelie, Aude (2010). Mechanisms of degradation of concrete by external sulfate ions under laboratory and field conditions. Thesis Nr. 4597, Ecole Polytechnique Fédérale de Lausanne EPFL

Chabrelie, Aude; Gallucci, Emmanuel; Müller, Urs; Scrivener, Karen (2009). Parallel study of field and lab concretes under sulfate exposure. Proceedings of the 17th IBAUSIL conference, Weimar, Germany, pp. 317-322 (Vol. 2), ISBN: 978-3-00-027265-3

Chabrelie, Aude; Gallucci, Emmanuel; Scrivener, Karen; Müller, Urs (2008). Durability of field concretes made of Portland and silica fume cements under sea water exposure for 25 years. Proceedings of the Nordic Exposure Sites Seminar - Input to revision of EN 206-1, Hirtshals, Denmark, pp. 275-293, The Nordic Concrete Federation, ISBN: 84-7292-399-7

Chabrelie, Aude; Gallucci, Emmanuel; Müller Urs; Scrivener, Karen (2008). Durability of field concrete made of portland cement and supplementary cementitious materials under several European exposure conditions. Proceedings of the 1st International Conference on Microstructure Related Durability of Cementitious Composites, Nanjing, China, Volume 1, pp. 421-427, RILEM Proceedings PRO 061, ISBN 978-2-35158-065-3 (set), ISBN 978-2-35158-066-0 (Vol. 1)

Hodel, Philippe; Burkhardt, Michael; Schaefer, Sarah; Meuwly, Marco; Chabrelie, Aude (2020). Creabeton Matériaux AG. Adjustable wastewater distributor for wastewater filtering tank. Patent CH715904

Chabrelie, Aude; Mac Donald, David; Petit, Agnès (2020). Vicat. Ductile construction material. Patent ES2764675

Chabrelie, Aude; Petit, Pierre-Olivier; Kocaba, Vanessa (2014). Pulverulent composition used in mortar composition including e.g. sand or inert filler, comprises inorganic binder, and glass accelerator and activator including silica, alkali oxide and alkaline earth oxide consisting of e.g. barium oxide. Patent FR2995889

Commission fédérale suisse des produits de construction (copco)

Cirkla, association suisse pour le réemploi dans la construction