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

Collaborations internationales

 

 


Notices

48

Textes complets

63

Mots-clés

Compressive strength Contrainte Fibre optique Experimental Building physics Heterogeneous materials Nomenclature k Conductivité thermique Analyse de sensibilité dérivée IMPACT Carbon nanotubes INDOOR TEMPERATURE Déchets Chainée Correlation Circular economy Discontinuité Diagnostis FEM simulations Infilled frames Masonry Digital Image Correlation technique In-plane behavior Finite Differences Carbon nanotubes electrical properties smart cement sensor carbon nanotubes electrical properties smart cement sensor carbon nanotubes electrical properties smart cement sensor HAMT EnergyPlus Grain size Identification Pisé Comfort Embedded sensors structural health monitoring SHM optical fibre sensors crack detection sensing technologies Eco-friendly binders CONFORT D'ETE Parameter estimation problem Couplage hydromécanique Inverse heat conduction problem Dufort-Frankel numerical scheme Ancrage passif Induced polarization Concrete Masonry Porous material Dynamic elastic modulus Caractérisation thermique Couplage hydro-Mécanique Confined Size effect Heat Transfer Galerkin method Interface Biopolymers Building energy performances Béton armé Hybrid optimization method HUMIDITE Rammed earth Comportement dans le plan Corrélation Cation exchange capacity Capillary rise Chebyshev polynomials Characteristic compressive strength Harpage Derivative based sensitivity analysis Bang-Bang model DuFort-Frankel scheme In-Plane behavior Expérimentation Hygrothermal transfers Hydro-Mechanical coupling Du Fort-Frankel scheme Diagnostic HEAT AND MOISTURE TRANSFERS Critical zone Crack detection Convective moisture transfer Carbon nanotubes Physical properties Smart cement Sensor Hydic state Maçonnerie Bayesian estimation Heat and mass transfer Heat and moisture transfer Bois Cast3m HUMIDITE RELATIVE Heat transfer Comportement thermo-hygro-hydro-mécanique Microstructural characterization Confort Advection-diffusion equation with gravity flux Chargeability Hysteresis Hygrothermal properties Benchmarking with experimental data Clay-based materials Scharfetter-Gummel numerical scheme Heat and moisture transfer simulation Adaptive numerical methods Caractérisation Finite-size scaling Digital Image Correlation technique Numerical simulation Embedded sensors Echelle de la pièce Characterization