This abstract will focus on thermal interactions in urban areas with reference to the case of the city of Turin where, within the project of Metro Line 2 (ML2), the thermal activation of both Cut&Cover and TBM tunnels and of metropolitan stations is envisaged, with the creation of an urban energy geostructure. Due to thermal activation, the actual hydro-thermal conditions may be affected. To understand and evaluate the interaction between the ML2 and the other existing systems, a 3D coupled FE numerical model of the city area crossed by the ML2 tunnels was built and results are illustrated.
A case study of thermal interaction at urban scale / Alvi, Maria Romana; Barla, Marco; Insana, Alessandra. - ELETTRONICO. - (2023). (Intervento presentato al convegno Symposium on Energy Geotechnics (SEG23) tenutosi a Delft, Olanda. nel 3-5 Ottobre 2023) [10.59490/seg.2023.527].
A case study of thermal interaction at urban scale
Alvi, Maria Romana;Barla, Marco;Insana, Alessandra
2023
Abstract
This abstract will focus on thermal interactions in urban areas with reference to the case of the city of Turin where, within the project of Metro Line 2 (ML2), the thermal activation of both Cut&Cover and TBM tunnels and of metropolitan stations is envisaged, with the creation of an urban energy geostructure. Due to thermal activation, the actual hydro-thermal conditions may be affected. To understand and evaluate the interaction between the ML2 and the other existing systems, a 3D coupled FE numerical model of the city area crossed by the ML2 tunnels was built and results are illustrated.File | Dimensione | Formato | |
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https://hdl.handle.net/11583/2982872