Dr Bruno MALET-DAMOUR Senior lecturer Civil Engineering - Sustainable Construction Department +262 (0) 262 96 28 92 bruno.malet-damour@univ-reunion.fr Employment (since 2014) Since 2016 University Institute of Technology PIMENT Laboratory University of La Reunion Senior lecturer Civil Engineering – Sustainable Construction Department PIMENT Laboratory (Physics Mathematical Engineering for Energy, Environment and Building) Research • Saint Pierre, La Reunion • • • Numerical and experimental study of photometric phenomena in an isotropic environment using innovative devices applied to the building; Numerical and experimental study of thermal phenomena associated with different building envelope components; Experimental spatio-temporal analysis of tropical climate zones, and impact on building design and energy systems; Mechanical, thermal and photometrical valuation of waste for building concerns Teaching • • Civil Engineering courses: binders, concrete and asphalt; Energy courses: visual and acoustic comfort; thermodynamics; building physics; sustainable construction; hydraulics; electricity; energy; envelope and ventilation; energy control; bioclimatic design; • Cross-curricular teaching: office automation tools; communication; introduction to the use of professional networks; university work methodology; applied computer science Administrative and collective implications • 2014-2016 Duration: 461 hours University Institute of Technology University of La Reunion Educational manager for the 1st year of the University degree in technology in Civil Engineering and Sustainable Construction Contract teacher in charge of Physics teaching Biological Engineering Department Teaching • • Fluid mechanics, Heat exchangers, Sustainable Development, Geometric optics, Noise and Radiation, Saint Pierre, La Reunion Education 2012/2015 Doctoral School of Technology and Health Sciences University of La Reunion 2008/2010 Faculty of Human and Environmental Sciences University of La Reunion PhD in Physics Applied to Buildings Obtained in December 2015 PIMENT Laboratory (Physics Mathematical Engineering for Energy, Environment and Building) “Contribution to the study of Tubular Daylight Guide Systems (TDGS) Applied to the Building: Experimentation, Modeling and Validation.” Labelled Thesis ("Al2015: Year of Light in France", CNOP, UN, UNESCO) Master’s degree in Civil Engineering, Energy and Environment Design of construction project, thermal regulation, management of waste Department of Building and Environmental Sciences Obtained in August 2010 2007/2008 Civil Engineering Degree in Structural Mechanics Faculty of Human and Environmental Sciences Department of Building and Environmental Sciences Obtained in June 2008 University of La Reunion 2005/2007 University Institute of Technology University of La Reunion Two years Post-secondary diploma in Building Civil Engineering – Sustainable Construction Department Obtained in June 2008 1/3 Training followed (since 2015) 2016 Building Information Modeling (BIM) training Creation and use of the numerical model on projects in architecture, structure and technical equipment of the building. Software used: REVIT® Scientific production (since 2011) International peer-reviewed journals (7) • Malet-Damour B, Bigot D, Guichard S and Boyer H, Photometrical analysis about Mirrored Light-Pipe : from state-of-the-art on experimental results (1990-2019) to proposition of new experimental observations in a high solar potential climate's Journal : Applied Energy Ref. : in the process of being published • Praene J-P, Malet-Damour B , Radanielina M H, Fontaine L, Rivière G, GIS-based approach to identify climatic zoning : a hierarchical clustering on principal component analysis Journal : Building and Environment Ref. : in the process of being published • Malet-Damour B, Guichard S, Jean A P, Miranville F, Boyer H, SHADECO: a low-cost shadow-ring for diffuse measures: State of the art, principles, design and application Journal : Renewable Energy Ref. : https://doi.org/10.1016/j.renene.2017.09.083. • Guichard S, Miranville F, Bigot D, Malet-Damour B, Beddiar K, Boyer H, A complex roof incorporating phase change material for improving thermal comfort in a dedicated test cell Journal : Renewable Energy Ref. : vol. 101, p. 450-461, févr. 2017. 2016 • Malet-Damour B, Guichard S, Bigot D, Boyer H, Study of Tubular Daylight Guide Systems in buildings: Experimentation, modelling and validation. Journal : Energy & Buildings Ref. : vol. 129, p. 308-321, oct. 2016. 2015 • Guichard S, Miranville F, Bigot D, Malet-Damour B, Libelle T, Boyer H, Empirical validation of a thermal model of a complex roof including phase change materials. Journal : Energies Ref. : Energies 2016, 9(1), 9; doi:10.3390/en9010009 • Guichard S, Miranville F, Bigot D, Malet-Damour B, Boyer H, Experimental investigation on a complex roof incorporating phase-change material. Journal : Energy & Buildings Ref. : 108:36–43. doi:10.1016/j.enbuild.2015.08.055. 2019 2017 Congress proceedings published in an international journal (open access) (3) 2016 • Malet-Damour B, Boyer H, Guichard S, Miranville F / Performance Testing of Light Pipes in Real Weather Conditions for a Confrontation with Hemera Journal : Journal of Clean Energy Technologies JOCET Réf. : Volume 5 – Pages 73–76 - doi: 10.18178/jocet.2017.5.1.347 2014 • Malet-Damour B, Boyer H, Fakra AH, Bojic M, Light Pipes Performance Prediction: Inter Model and Experimental Confrontation on Vertical Circular Light-guides. Journal : Energy Procedia (ISES Solar World 2012 congress) Ref. : Volume 57 – Pages 1977–1986 - doi:10.1016/j.egypro.2014.10.062 • Boyer H, Fakra AH, Miranville F, Malet-Damour B , Guichard S, Lauret P, Evolution of CODYRUN from thermal simulation to coupled thermal and daylight simulation software Journal : Energy Procedia (ISES Solar World 2012 congress) Ref. : Volume 57 – Pages 1961-1968 - doi:10.1016/j.egypro.2014.10.060 International congresses with published proceedings (9) 2018 • Bigot D, Ott C, Guichard S, Malet-Damour B, Feasibility of using wood chips to regulate relative humidity inside a building: a numerical study. Congress: International Conference On Materials & Energy (ICOME18) San Sebastian, Spain 2/3 • Malet-Damour B, Boyer H, Guichard S, Miranville F, Performance Testing of Light Pipes in real weather conditions for a confrontation with Hemera, Congress: International Conference on Renewable Energy Technologies (ICRET) Hong Kong (China) • Libelle T, Jean AP, Malet-Damour B, Guichard S, Miranville F, Boyer H, Energetic performance of an experimental extensive green roof in a tropical environment, Congress: International Conference on Renewable Energy Technologies (ICRET) Hong Kong (China) • Boyer H, Malet-Damour B, Fakra AH, Guichard S, Jean AP, Libelle T, Bigot D, Miranville F, Bojić M, Validation of daylighting model in CODYRUN building simulation code, Congress: International Conference on Renewable Energy Technologies (ICRET) Hong Kong (China) • Guichard S, Miranville F, Malet-Damour B, Bigot D, Boyer H, Libelle T, Numerical study of a building using Phase Change Materials (PCMs) in Reunion Island, Congress: International Conference on Renewable Energy Technologies (ICRET) Hong Kong (Chine) • Malet-Damour B, Boyer H, Guichard S, Fakra AH,Les conduits de lumière de type MLP: confrontation intermodèle et expérimentale, Congress: Colloque International Francophone d'Energétique et de Mécanique (CIFEM) Moroni (Comoros) • Fakra AH, Moosafer M, Gatina JC, Boyer H, Malet-Damour B, Outassi O, Méssaoudi C, Simulateur solaire dédié à la thermique du bâtiment Congress: Colloque International Francophone d'Energétique et de Mécanique (CIFEM) Moroni (Comoros) • Guichard S, Miranville F, Boyer H, Malet-Damour B, Fakra AH, Influence des matériaux à changement de phase : confrontation numérique et expérimentale. Congress: Colloque International Francophone d'Energétique et de Mécanique (CIFEM) Lieu : Moroni (Comoros) • Malet-Damour B, Garde F, Prasad D, David M, Impact of the climate on the design of low-energy buildings for Australia and Reunion Island, Congress: International Building Performance Simulation Association (IBPSA World) Sydney (Australia) 2016 • Malet-Damour B, Contribution À L’Étude Des Dispositifs De Guides Lumineux Tubulaires (D.G.L.T.) Appliqués Au Bâtiment : Expérimentation, Modélisation et Validation University of La Reunion Doctoral thesis 2015 • Jean AP, Libelle T, Miranville F, Boyer H, Malet-Damour B, Fakra AH, Guichard S, Bigot D, Complex green of woody type: PCV Lsa, « Complex green wall on roof, woody type on air gap, installation kit » University of La Reunion Ref. : 2016 BR-PCV 2019 • Malet-Damour B, Bigot D, Habas JP European funding: FEDER 2015-2020 MCP-iBAT Project : Phase Change Materials: an innovation for tropical building Budget : 1 335k€ University of La Reunion, PIMENT Laboratory, ESIROI Engineering school, Universityf of Montpellier, ICGM Research Institut, CNRS 2017 • 2014 2011 Thesis (1) et patent (1) Research projects (2) Projet en cours Malet-Damour B, Jean AP Funding: Maturation project 2017 of the University of La Reunion PCVLsa Project (green roof): 1:1 validation of the proof of concept obtained at 1:3 scale relating to the thermal impact on the building. Budget : 7.9k€ University of La Reunion Projet en cours 3/3