The use of air-soil heat exchangers for the cooling home has developed considerably in recent years. In this work, we have leaded the numerical study of an air-soil heat exchanger by using a nodal approach. We have also presented our experimental prototype implemented in Ouagadougou. This study has allowed determining the evolution of air temperature along the exchanger and also validating our numerical results with those of the literature and the experiment
The scientific and methodological basis for increasing the efficiency of geothermal ventilation, mak...
This paper deals with a numerical and experimental study of the thermal performances of an Earth-to-...
This research is intended to explore the capacity of Malaysia soil in becoming a more effective heat...
Thermal performance for cooling and heating in the building can be achieved by the novel shape of th...
This work deals with an experimental and numerical study of an Earth-to-Air Heat Exchanger (EAHX) fo...
Experimental and numerical study of an earth-to-air heat exchanger for buildings air refreshment in ...
Geothermal energy uses an air ground exchanger to cool buildings with minimum of energy. The outlet ...
An earth-air heat exchanger (EAHX), also known as an earth tube heat exchanger or Canadian well, is...
AbstractThe soil has the potential to serve as a cooling source for buildings. However, the unavaila...
Nowadays the soil has been used widely as a heat exchanger, in order to reduce energy consumption in...
In this article, we examined the passive cooling techniques built into a building in hot temperate c...
The pollution caused by overuse of fossil fuels leads to global warming, which is a serious threat t...
Earth to air heat exchanger is a very old technique used 3000 years B.C in arid regions where that w...
This thesis tried to examine if different type of soil used in Earth Air Heat Exchanger (EAHE) can a...
The scientific and methodological basis for increasing the efficiency of geothermal ventilation, mak...
The scientific and methodological basis for increasing the efficiency of geothermal ventilation, mak...
This paper deals with a numerical and experimental study of the thermal performances of an Earth-to-...
This research is intended to explore the capacity of Malaysia soil in becoming a more effective heat...
Thermal performance for cooling and heating in the building can be achieved by the novel shape of th...
This work deals with an experimental and numerical study of an Earth-to-Air Heat Exchanger (EAHX) fo...
Experimental and numerical study of an earth-to-air heat exchanger for buildings air refreshment in ...
Geothermal energy uses an air ground exchanger to cool buildings with minimum of energy. The outlet ...
An earth-air heat exchanger (EAHX), also known as an earth tube heat exchanger or Canadian well, is...
AbstractThe soil has the potential to serve as a cooling source for buildings. However, the unavaila...
Nowadays the soil has been used widely as a heat exchanger, in order to reduce energy consumption in...
In this article, we examined the passive cooling techniques built into a building in hot temperate c...
The pollution caused by overuse of fossil fuels leads to global warming, which is a serious threat t...
Earth to air heat exchanger is a very old technique used 3000 years B.C in arid regions where that w...
This thesis tried to examine if different type of soil used in Earth Air Heat Exchanger (EAHE) can a...
The scientific and methodological basis for increasing the efficiency of geothermal ventilation, mak...
The scientific and methodological basis for increasing the efficiency of geothermal ventilation, mak...
This paper deals with a numerical and experimental study of the thermal performances of an Earth-to-...
This research is intended to explore the capacity of Malaysia soil in becoming a more effective heat...