We present analytical solutions for the temperature around the borehole heat exchanger which account for: (I) finite length line-source; (II) natural vertical gradient of the ground temperature; (III) arbitrary changes of the ground surface temperature. We find that the time-dependent part of the solution decays as a power of the time approaching the steady state limit. The long-time limit and asymptotic approach to this limit differ from that predicted by the infinite line-source model for very large times. We present series for the temperature in time scaled by the longitudinal and the transverse borehole lengths that also enables to determine the thermal conductivity of the ground, that is a critical parameter in designin
In the shallow geothermal sector, the main thermal properties of a reservoir are usually deduced by ...
This paper presents the background, development and the validation of new analytical and numerical s...
Theoretical models for the thermal response of vertical geothermal boreholes often assume that the c...
Shallow closed-loop geothermal systems are worldwide applied providing economical and environmental ...
A fully-coupled model of geothermal bore fields is presented, taking into account the axial variatio...
We focus on the treatment of thermal response test data when both advection and short-period changes...
This paper presents in-situ measurements of a long-duration Thermal Response Test (TRT) (heating pha...
The design of a ground source heat pump system requires accurate knowledge of properties, such as gr...
Design and simulation of borehole heat exchangers rely on the solution of the transient conduction e...
This paper concerns the modeling of vertical Borehole Heat Exchangers (BHEs) for Ground Source Heat ...
Ground-coupled heat pump (GCHP) systems very often employ vertical borehole heat exchangers (BHE) wh...
A new practical method for thermal response test (TRT) is proposed herein to estimate the groundwate...
A prerequisite for the correct design of vertical ground heat exchangers (or Borehole Heat Exchanger...
Classical Geothermal Response Testing depends on applying a constant energy forcing to a Borehole He...
Distributed thermal response tests (DTRTs) on vertical boreholes estimate design parameters, which a...
In the shallow geothermal sector, the main thermal properties of a reservoir are usually deduced by ...
This paper presents the background, development and the validation of new analytical and numerical s...
Theoretical models for the thermal response of vertical geothermal boreholes often assume that the c...
Shallow closed-loop geothermal systems are worldwide applied providing economical and environmental ...
A fully-coupled model of geothermal bore fields is presented, taking into account the axial variatio...
We focus on the treatment of thermal response test data when both advection and short-period changes...
This paper presents in-situ measurements of a long-duration Thermal Response Test (TRT) (heating pha...
The design of a ground source heat pump system requires accurate knowledge of properties, such as gr...
Design and simulation of borehole heat exchangers rely on the solution of the transient conduction e...
This paper concerns the modeling of vertical Borehole Heat Exchangers (BHEs) for Ground Source Heat ...
Ground-coupled heat pump (GCHP) systems very often employ vertical borehole heat exchangers (BHE) wh...
A new practical method for thermal response test (TRT) is proposed herein to estimate the groundwate...
A prerequisite for the correct design of vertical ground heat exchangers (or Borehole Heat Exchanger...
Classical Geothermal Response Testing depends on applying a constant energy forcing to a Borehole He...
Distributed thermal response tests (DTRTs) on vertical boreholes estimate design parameters, which a...
In the shallow geothermal sector, the main thermal properties of a reservoir are usually deduced by ...
This paper presents the background, development and the validation of new analytical and numerical s...
Theoretical models for the thermal response of vertical geothermal boreholes often assume that the c...