Active circulation of cool groundwater in mountainous terrain can cause an advective disturbance of the thermal regime. This factor complicates interpretation of data collected in geothermal exploration programs. An isothermal free-surface model has been developed which provides qualitative insight into the nature of an advective disturbance as it is affected by topography, permeability and climate. A fully coupled model of fluid and heat transfer is being developed for quantitative study of idealized mountain hydrothermal systems
This paper focuses on the role that hydrothermal systems may play in caldera unrest. Changes in the ...
Geothermics as a discipline of Geophysics deals with the description of the thermal regime, its vari...
The theoretical examination of the combined effect of water table configuration and heat transfer is...
It is widely recognized that topographically-driven groundwater flow can perturb conductive thermal ...
International audienceMajor fault zones in mountain areas are often associated with cold-water circu...
A field and model investigation has been performed to assess the potential ofsubsurface temperature ...
The question of the depth reached by groundwater in natural recharge to a geothermal field is of int...
ABSTRACT Groundwater temperature at an arbitrary depth and at an arbitrary point is determined not o...
The Groundwater Heat Pump system is a technology that withdraws water from a well or surface water, ...
Groundwater temperature changes will lag surface temperature changes from a changing climate. Steady...
In the safety assessment of nuclear waste disposal, the influences of heat convection on far-field g...
International audiencePresent work studies the influence of the regional topography on the hydrother...
Rôle des glaciations sur la mise en place des systèmes hydrothermaux de montagne: modélisation numér...
This paper focuses on the role that hydrothermal systems may play in caldera unrest. Changes in the ...
Geothermics as a discipline of Geophysics deals with the description of the thermal regime, its vari...
The theoretical examination of the combined effect of water table configuration and heat transfer is...
It is widely recognized that topographically-driven groundwater flow can perturb conductive thermal ...
International audienceMajor fault zones in mountain areas are often associated with cold-water circu...
A field and model investigation has been performed to assess the potential ofsubsurface temperature ...
The question of the depth reached by groundwater in natural recharge to a geothermal field is of int...
ABSTRACT Groundwater temperature at an arbitrary depth and at an arbitrary point is determined not o...
The Groundwater Heat Pump system is a technology that withdraws water from a well or surface water, ...
Groundwater temperature changes will lag surface temperature changes from a changing climate. Steady...
In the safety assessment of nuclear waste disposal, the influences of heat convection on far-field g...
International audiencePresent work studies the influence of the regional topography on the hydrother...
Rôle des glaciations sur la mise en place des systèmes hydrothermaux de montagne: modélisation numér...
This paper focuses on the role that hydrothermal systems may play in caldera unrest. Changes in the ...
Geothermics as a discipline of Geophysics deals with the description of the thermal regime, its vari...
The theoretical examination of the combined effect of water table configuration and heat transfer is...