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Collection HAL du thème BASE du laboratoire LOCIE
BASE - BAti durable Structure et Enveloppe
Les actions développées dans ce thème concernent les éléments d’enveloppe et de structure du bâtiment. Le thème s’attache à la compréhension des réponses thermiques, mécaniques, hydriques d’éléments d’enveloppe et de structure d’un bâtiment neuf ou existant comportant en particulier des matériaux non-conventionnels et multifonctionnels.
Dernières publications
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Anais Pacquaut, Simon Rouchier, Arnaud JAY, Sarah Juricic, Arnaud Challansonnex, et al.. Evaluation of a building envelope Heat Transfer Coefficient in use: Bayesian approach to improve the inclusion of solar gains. Journal of Building Performance Simulation, 2024, 2024, ⟨10.1080/19401493.2024.2388218⟩. ⟨cea-04693507⟩
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Alessia Emanuela Losini, Monika Woloszyn, Taini Chitimbo, Antoine Pelé-Peltier, Sahbi Ouertani, et al.. Extended hygrothermal characterization of unstabilized rammed earth for modern construction. Construction and Building Materials, 2023, 409, 409, pp.133904. ⟨10.1016/j.conbuildmat.2023.133904⟩. ⟨hal-04301821⟩
Collaborations internationales
Country | Number of publications |
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Notices
49
Textes complets
63
Mots-clés
Carbon nanotubes
Dufort-Frankel numerical scheme
Rammed earth
Hybrid optimization method
Clay-based materials
Size effect
Circular economy
Cast3m
Induced polarization
Critical zone
Corrélation
Scharfetter-Gummel numerical scheme
Bois
Heat and mass transfer
Couplage hydro-Mécanique
Biopolymers
Confined
INDOOR TEMPERATURE
Characteristic compressive strength
Contrainte
IMPACT
Numerical simulation
Discontinuité
Béton armé
Echelle de la pièce
Hydro-Mechanical coupling
Harpage
Heat Transfer
Building physics
Galerkin method
Finite-size scaling
Characterization
Analyse de sensibilité dérivée
Capillary rise
Confort
Fibre optique
Crack detection
Dynamic elastic modulus
Embedded sensors structural health monitoring SHM optical fibre sensors crack detection sensing technologies
Comfort
Chargeability
Comportement dans le plan
Du Fort-Frankel scheme
Carbon nanotubes electrical properties smart cement sensor carbon nanotubes electrical properties smart cement sensor carbon nanotubes electrical properties smart cement sensor
Embedded sensors
Advection-diffusion equation with gravity flux
Convective moisture transfer
CONFORT D'ETE
Bayesian estimation
Experimental
Grain size
Maçonnerie
Caractérisation thermique
Bang-Bang model
HEAT AND MOISTURE TRANSFERS
Derivative based sensitivity analysis
Pisé
Adaptive numerical methods
Diagnostis
Chainée
Microstructural characterization
Correlation
Comportement thermo-hygro-hydro-mécanique
Chebyshev polynomials
Masonry
Diagnostic
HUMIDITE
Infilled frames Masonry Digital Image Correlation technique In-plane behavior
Compressive strength
Eco-friendly binders
Building energy performances
Benchmarking with experimental data
Heat and moisture transfer
Parameter estimation problem
Hygrothermal transfers
Couplage hydromécanique
HAMT EnergyPlus
Carbon nanotubes Physical properties Smart cement Sensor
Inverse heat conduction problem
Digital Image Correlation technique
Hygrothermal properties
Heat and moisture transfer simulation
Identification
Ancrage passif
DuFort-Frankel scheme
Interface
Caractérisation
Déchets
Finite Differences
HUMIDITE RELATIVE
Concrete
Heat transfer
Hydic state
Expérimentation
FEM simulations
Porous material
Cation exchange capacity
Hysteresis
Heterogeneous materials Nomenclature k Conductivité thermique
In-Plane behavior