KEYWORDS: Water saturation, absorption, recycled aggregates, mix design Structures Design and Degradation Mechanisms in Coastal Environment, John Wiley Sons, Inc, pp.1-39, 2015, Alice Micolier : Optimisation couplée de la performance énergétique et de la qualité de lair des bâtiments en phase de conception. Soutenance : 141219, Financement : Allocation Université de Bordeaux, Autres encadrants : Guido Sonnemann, Nicolas Perry et Frederic Bos Helson, A-L. Beaucour, J. Eslami, A. Noumowé, P Gotteland. Physical and mechanical of soilcrete mixtures: soil clay content and formulation parameters. Construction and building materials CBM. Source : Th Doct. En Mécanique, génie mécanique, génie civil soutenue à lENS Cachan en mars 2012, 152 p. Queheille, E, Taillandier, F, Saiyouri, N, 2019. Optimization tool of waste management in building deconstruction with environmental criteria. Presented at the 7th International Conference on Sustainable Solid Waste Management, Heraklion. Authors : MULLER A, DEMOUGE F, JEGUIRIM M, FROMY P. Avec Scarlett Johansson, Paul Brannigan, Krystof Hadek Conception Réalisation : 2011-2020 construction21 Our EZPublish content management system CMS uses CAS and PHP session cookies and the New Relic cookie for monitoring purposes IP, response times. European Journal of Environmental and Civil Engineering, Taylor Francis, 2014, pp.1-10. RESSOURCE PÉDAGOGIQUE : Une information de référence pour susciter le questionnement et apporter des.. The mechanical behaviors of recycled aggregate concrete and recycled sand concrete beams under three-point bending test were investigated using synchronized analysis of fracture behavior with Digital Image Correlation technique. The crack opening profiles and strain localization zones were calculated to analyze and compare the fracture process zone of each concrete mixture beam at important loading stages. Although the global mechanical response of both recycled aggregate concrete and recycled sand concrete is similar compared to natural aggregate concrete, the fracture growth is distinctive for each concrete type. Cracking in recycled aggregate concrete initiates earlier and develops faster compared to natural aggregate concrete. The recycled coarse aggregates cause the formation of a longer and wider fracture process zone and a higher strain value. The recycled sand also leads to a wider strain localization zone. Construction and Building Materials 24 10, 1928-1936, 2010-Rockfall hazards and design of geotechnical structures.