Abstract Models for the prediction of heat and mass transfers in building porous materials
have been developed since the 90's with simulation programs such as MATCH, UMIDUS …

Heat and mass transfers are becoming increasingly important in the field of building physics.
They should be considered to predict building performance, especially for a wall containing …

Abstract Models for the prediction of heat and mass transfers in building porous material
have been developed since the 90's with simulation programs such as MATCH, UMIDUS …

Poor airtightness in buildings can lead to an over-consumption of energy and to many
issues such as moisture damage and poor indoor climate. The timber frame constructions …

Heat and mass transfers are becoming increasingly important in the field of building physics.
They should be taken into account to predict building performance, especially for a wall …

Thermal performance discrepancies between theory and practice in buildings is a well
known issue. Reducing this gap is crucial for enhancing energy efficient building …

Lors d'une démarche de modélisation énergétique d'un bâtiment, la prise en compte de
l'enveloppe solaire reste souvent imprécise. L'objet du travail présenté ici est la description …

Humidity in buildings has nowadays become a major concern as it impacts simultaneously
the energy consumption, the occupants' comfort and the moisture related risks in the …

This thesis deals with the thermal and energy analysis of a geothermal ventilated
fonudation. Similarly to earth-to-air heat exchangers (EAHE) this foundation enables …

La prise en compte des transferts couplés chaleur-masse devient nécessaire afin de prédire
la performance d'un bâtiment, notamment lorsque la paroi contient des matériaux …