Sentence examples for multiple energy piles from inspiring English sources

Exhaust air thermal storage capacity in multiple energy piles field configurations with varying soil conditions, distance between piles and pile lengths is analyzed.

Besides, parametric studies using a numerical analysis were carried out to suggest a multiple regression equation for the effective borehole thermal resistance of spiral coil energy piles.

Two energy piles were constructed by fabricating coil-type heat exchange pipes in cast-in-place concrete piles.

Thus, the average temperature change over the pile section is recommended for the design of energy piles.

Use of ground heat exchangers (GHE) for energy production in energy piles can result in temperature variations in the pile shaft, in turn affecting the thermo-mechanical behaviour of pile in structural and geotechnical terms.

Systematic tests are implemented to study the mechanical responses of CFG energy piles and the effects of thermal stress on the mechanical behavior of the piles, which will benefit the design and application of CFG energy piles.

In-situ TRTs were performed to compare the thermal performance of energy piles.

This paper presents a pioneering probabilistic study on the geotechnical design of energy piles.

In this chapter, the basic concepts of energy piles, walls and tunnels are introduced.

The current geotechnical design of energy piles is merely realized through enlarging the factor of safety.

Because they are relatively short, energy piles may be partially embedded in unsaturated soils.