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Preprocessor For The Generation Of G-functions Used In The Simulation Of Geothermal Systems
23
Citations
11
References
2013
Year
Numerical AnalysisEngineeringEnergy EfficiencyVertical Borehole FieldsSimulationEarth ScienceGeotechnical EngineeringGround Heat FluxNumerical SimulationGeneral MethodologyThermal AnalysisModeling And SimulationThermal ModelingThermodynamicsComputational GeophysicsVariable Borehole LengthsComputational GeochemistryComputer EngineeringHeat TransferGeothermal SystemsGeothermal Power StationsGeothermal EnergyCivil EngineeringGeothermal SystemGeomechanicsThermal Engineering
The objective of this paper is to present a general methodology for the calculation of thermal response factors, known as g-functions, of vertical borehole fields. The methodology accounts for the time variation of the heat extraction rates of individual boreholes. In addition, the original concept of the g-functions is extended to include variable borehole lengths and buried depths. Finally, the methodology is implemented into MATLAB with a convenient graphical user interface which pre-processes the hourly values of the thermal response factors for use in energy simulation programs.
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