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

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Development of a CO2 Heat Pipe for Hydronic Heated Bridge Deckst of Transportations (DOTs) are often resistant to use the hydronic heating due to its risk of pipe leaks. This paper concerns the design and tests of copper CO. heat pipes that can be used in the heated bridge to avoid the leak hazard and improve heating efficiency. A single heat pipe is developed

HEAVY

Static Load Testing of Short Pile and FEA Simulations for Utility-Scale Solar Energy Projectn cost made the utility-scale solar energy affordable. This paper presents the details of pile load testing that is widely used in industry to help reduce the construction cost. Simulations using finite element analysis for the static pile load testing were carried out, and simulation results were c

COKE

Behavior of Free and Fixed Headed Piles Subjected to Lateral Soil Movemente head fixity condition was not often considered and systematically studied. For this reason, six tests were carried out on an aluminum pipes with a diameter of 30 mm and wall thickness of 1.4 mm embedded in sand soil. A specially designed apparatus for the laboratory model tests was manufactured to

labyrinth

Laboratory Tests on Thermal Improvement of Soft Clay Under Elevated Temperaturesown as thermal consolidation, heating of the ground can help consolidation of soft clay deposits. Although the temperature effects on consolidation of soft clay have been previously studied by element-scale tests, spatial heat transfer and its effect on consolidation are not fully understood. In thi

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Advanced Finite Difference Method for Study Energy Piles Behavior in Temperature Dependent Soilsper and efficient numerical analysis can help to accelerate this process. For this purpose, this study tried to develop some features of finite difference method which is used in Thermo-Pile. The proposed numerical model can consider the effects of soil temperature dependence on energy piles behavio

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Thermal Characterization of Energy Pile Dynamicsr 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