index - LOCIE EQUIPE BASE

HAL collection of the BASE theme from the LOCIE laboratory

BASE - Sustainable building Structure and Envelope

The actions developed in this theme concern building envelope and structural elements. The theme focuses on understanding the thermal, mechanical and hydric responses of envelope and structural elements in new and existing buildings, with particular emphasis on non-conventional and multi-functional materials.

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Notices

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Keywords

Lumped model Heat Transfer Du Fort-Frankel scheme Concrete Numerical simulation Chargeability Advection-diffusion equation with gravity flux Pisé Hydic state Infilled frames Masonry Digital Image Correlation technique In-plane behavior HUMIDITE Ancrage passif Fibre optique Heat transfer Microstructural characterization Hygrothermal properties Compressive strength Dynamic elastic modulus Nonlinear problems CONFORT D'ETE Electrical properties Moisture sorption Matériaux hétérogènes Inverse method HAMT EnergyPlus Contrainte Caractérisation thermique Clay-based materials Carbon nanotubes DuFort-Frankel scheme Couplage hydro-Mécanique Rammed earth Diagnostic Hydro-Mechanical coupling Lime Galerkin method Model reliability Long-term simulation Convective moisture transfer Circular economy Numerical simulation of diffusive phenomena Comportement thermo-hygro-hydro-mécanique Numerical model Carbon nanotubes electrical properties smart cement sensor Interface Discontinuité Identification Heat and mass transfer Non-constant parameters Grain size Capillary rise Smart cement IMPACT Bang-Bang model Moving grid method FEM simulations Biopolymers Carbon nanotubes Physical properties Smart cement Sensor Hybrid optimization method Sensor Hysteresis Moisture diffusion Dufort-Frankel numerical scheme Adaptive numerical methods Chebyshev polynomials Numerical Methods Diagnostis HUMIDITE RELATIVE Méthode inverse caractérisation thermique modèles réduits propriétés thermiques matériaux hétérogènes Inverse method thermal characterisation reduced models thermal properties heterogeneous materials Nomenclature k Conductivité thermique Characteristic compressive strength Méthode inverse Size effect Modèles réduits Isolant bio-sourcé Heterogeneous materials Nomenclature k Conductivité thermique Cation exchange capacity Porous material Bois Eco-friendly binders Inverse heat conduction problem Scharfetter-Gummel numerical scheme Finite-size scaling Moisture Transfer Optimal Experiment Design OED Heat and moisture transfer Parameter estimation problem Bayesian estimation Critical zone Induced polarization Couplage hydromécanique Building energy performances Benchmarking with experimental data Béton armé Mechanical properties Finite Differences Building physics Heat and moisture transfer simulation Matériau de terre brute INDOOR TEMPERATURE HEAT AND MOISTURE TRANSFERS Long-term simulation 1