Fiber Optic installation inside a vertical hole at a depth of 190 m. for measurements with DTS (Distributed Temperature Sensor based on active optic fiber) technology and compare the results obtained with other methods of thermo-geological characterization such as E-TRT (Enhanced Thermal Response Test, based on Geosniff tecnology) and GRT (Ground Response Test - heating mode traditional) for the purpose of sizing closed circuit heat exchange probe fields.
Installazione di Fibra Ottica all'interno di un foro verticale alla profondità di 190 m. per misurazioni con tecnologia DTS (Distributed Temperature Sensor based on active optic fiber) e confrontare i risultati ottenuti con altri metodi di caratterizzazione termo-geologica come E-TRT (Enhanced Thermal Response Test, based on Geosniff tecnology) e GRT (Ground Response Test - heating mode traditional) ai fini del dimensionamento di campi sonde di scambio termico a circuito chiuso.
Confronto tra metodi di caratterizzazione termo-geologica in sito DTS, ETRT e GRT, per il dimensionamento di campi sonde di scambio termico a circuito chiuso.
VISENTIN, ALESSANDRO
2021/2022
Abstract
Fiber Optic installation inside a vertical hole at a depth of 190 m. for measurements with DTS (Distributed Temperature Sensor based on active optic fiber) technology and compare the results obtained with other methods of thermo-geological characterization such as E-TRT (Enhanced Thermal Response Test, based on Geosniff tecnology) and GRT (Ground Response Test - heating mode traditional) for the purpose of sizing closed circuit heat exchange probe fields.File | Dimensione | Formato | |
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https://hdl.handle.net/20.500.12608/42485