Titlebook: Energy Geotechnics; SEG-2018 Alessio Ferrari,Lyesse Laloui Conference proceedings 2019 Springer Nature Switzerland AG 2019 Energy geotechni

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https://doi.org/10.1007/978-3-531-91437-4pipe pile is widely used in soft soil improvement, high-rise building construction and bridge foundation for its high bearing capacity, reliable quality, convenient installation and cost benefits. However, application of PHC pipe pile as geo-thermal structure is rare. Based on a field thermal respon

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https://doi.org/10.1007/978-3-531-90263-0e heating and cooling. However, the exchange of heat between the structure and the ground induces additional structural forces and contributes to further structural and ground movements, which may affect the serviceability and stability of such structures. While numerous field and numerical studies

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Hans-Werner Prahl,Monika Setzweinthermal comfort demand of the overlying structure. Heat carrier fluid (HCF) is circulated through the loops, to extract or reject heat energy into the ground, during the space heating or cooling operation. However, this results in thermal interaction between the inlet and outlet leg of the loop espe

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Sozialisation oder Konstruktion,r energy piles compared to borehole heat exchangers, because of the lower slenderness of the former compared to the latter, and involves axial thermal gradients. In literature, capacity effects of energy piles and their transient thermal performance have not been analysed in depth. Looking at such c

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Bruno S. Frey,Isabelle Busenhartustrial processes are used as well as recently renewable heat sources such as solar thermal, geothermal and heat from biomass combustion. The success of heating distribution to the final users depends significantly on the pipeline network. The need for understanding the response of buried heating pi

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