Add to ORKGThis paper presents a Thermal Response Test (TRT) performed in two testing boreholes for heat pumps in the Czech Republic. The TRT is a special in-situ technique used abroad for the determination of key parameters needed for the proper borehole design: the undisturbed ground temperature, thermal conductivity of rock massif and the borehole resistance
The results of five thermal response tests (TRTs) are presented. Three of the tests were carried out...
Since the first introduction of thermal response tests with mobile measurement devices in Sweden and...
In-situ determination of thermal properties in bedrock is important for the sizing of larger BTES sy...
Knowledge of the ground thermal conductivity is of importance when designing borehole heat exchanger...
Thermal response test (TRT) is a common procedure for characterization of ground and borehole therma...
The Thermal Response Test (TRT) is a worldwide adopted in-situ methodology able to estimate the grou...
The Thermal Response Test (TRT) is the most versatile tool to determine the thermal propriety of the...
Abstract. The Thermal Response Test (TRT) is a well known experimental technique for assessing the b...
This paper reports on the thermal response tests performed on the borehole system of a newly develop...
This paper presents the methodology, results and a discussion of thermal response tests (TRTs) perfo...
The design of borehole heat exchangers for ground source heat pump system applications requires ther...
This paper presents a summary of the results of various thermal response tests performed on nine adj...
Proper design of ground heat exchangers in ground source heat pump systemsrequires a good estimate o...
design To design borehole heat exchangers (BHE) for Ground Source Heat Pumps (GSHP) or Underground T...
Optimal design of a borehole heat exchanger, as the outer part of a ground source heat pump heating ...
The results of five thermal response tests (TRTs) are presented. Three of the tests were carried out...
Since the first introduction of thermal response tests with mobile measurement devices in Sweden and...
In-situ determination of thermal properties in bedrock is important for the sizing of larger BTES sy...
Knowledge of the ground thermal conductivity is of importance when designing borehole heat exchanger...
Thermal response test (TRT) is a common procedure for characterization of ground and borehole therma...
The Thermal Response Test (TRT) is a worldwide adopted in-situ methodology able to estimate the grou...
The Thermal Response Test (TRT) is the most versatile tool to determine the thermal propriety of the...
Abstract. The Thermal Response Test (TRT) is a well known experimental technique for assessing the b...
This paper reports on the thermal response tests performed on the borehole system of a newly develop...
This paper presents the methodology, results and a discussion of thermal response tests (TRTs) perfo...
The design of borehole heat exchangers for ground source heat pump system applications requires ther...
This paper presents a summary of the results of various thermal response tests performed on nine adj...
Proper design of ground heat exchangers in ground source heat pump systemsrequires a good estimate o...
design To design borehole heat exchangers (BHE) for Ground Source Heat Pumps (GSHP) or Underground T...
Optimal design of a borehole heat exchanger, as the outer part of a ground source heat pump heating ...
The results of five thermal response tests (TRTs) are presented. Three of the tests were carried out...
Since the first introduction of thermal response tests with mobile measurement devices in Sweden and...
In-situ determination of thermal properties in bedrock is important for the sizing of larger BTES sy...