..., Chambers et al. (2016) published the use of VWSGs at the Crossrail Paddington station providing thermally induced loads, and the back-analysed degrees of restraint. Similarly, in Paris, Nejjar et al. (2022) presented the thermal effects on temporary props in the case of a Parisian...

... Licensed re-use rights only energy geotechnics energy pile finite-element modelling non-uniform initial temperature distribution thermo-mechanical behaviour thermal effects ‘Taishan’ Scholar Program of Shandong Province, China tsqn201909016 The authors would like to acknowledge...

... analyses. ICE Publishing: All rights reserved 2020 geotechnical engineering retaining walls thermal effects Figure 1. Schematic representation of the proposed method: (a) 2D plan analysis for exposed section; (b) 2D plan analysis for embedded section; (c) 2D THM analysis simulated...

... 01 2021 ICE Publishing: All rights reserved 2021 energy piles & piling thermal effects Heat exchange between a building and the ground through structural piles known as geothermal piles is an emerging technology that utilises the heat energy of soil to accommodate...

... solid mechanics thermal effects Thermo-hydro-mechanical coupling is an important process associated with the operation of a thermal pile (e.g. Gawecka et al., 2017). It refers to the interactions between heat transfer, soil skeleton deformation and pore water pressure changes...

... thermal effects Energy piles are commonly used to extract shallow geothermal energy and to provide necessary support for buildings (Brandl, 2006). A significant number of research studies have been carried out to investigate the effect of temperature change on the thermo-mechanical behaviour...

... (and T_bt = 20°C). 17 06 2016 11 08 2017 ICE Publishing: All rights reserved 2017 geotechnical engineering strength & testing of materials thermal effects A physical model set-up has been developed for this research, which aims to evaluate the ice lensing...

...) concrete energy pile; (c) plan view; (d) physical diagram of static load system layout 1 Q = c v ρ t ( T inlet − T initial ) 28 04 2016 07 03 2017 ICE Publishing: All rights reserved 2017 foundations models (physical) thermal effects...

... around the soil specimen. energy site investigation thermal effects Ground source heat pump (GSHP) systems provide a viable alternative to conventional heating and cooling systems in the move towards more sustainable building solutions (Banks, 2008). Heat is transferred between the ground...

... renewable energy thermal effects Energy geostructures are an interesting and promising technology to tackle the increasing energy demand for heating and cooling of buildings and other infrastructure, through use of a local and sustainable source. However, a correct and optimised design...

.... geotechnical engineering renewable energy thermal effects Geothermal energy, that is, the thermal energy beneath the earth's surface, is a renewable energy source capable of providing a reliable means of space heating and cooling. Below a depth of 10–15 m, the ground temperature is constant...

... source method, which is developed from Kelvin's line source theory, such that Equation 1 may be written λ = Q 4 π k H 01 5 2013 19 6 2012 ICE Publishing: All rights reserved 2013 energy field testing & monitoring site investigation thermal effects...

... and subvertical medium-spaced clean fractures 78·5 98·5 118·5 133·5 146·5 22 11 2012 02 4 2012 ICE Publishing: All rights reserved 2013 groundwater renewable energy thermal effects f friction factor h_i heat...

... and no axial load will be mobilised. 14 3 2011 15 7 2010 ICE Publishing: All rights reserved 2013 piles & piling renewable energy thermal effects A pile cross-sectional area E Young's modulus L₀ initial pile length...

... Publishing: All rights reserved 2013 piles & piling renewable energy thermal effects A area (m^{2) F dimensionless temperature response function G temperature response function for an infinite cylindrical heat source H pile}...

... & monitoring thermal effects tunnels & tunnelling b molality of the solute (mol/kg) C_v volumetric heat capacity of the ground (J/m³K) c_ice specific heat capacity of the ice (J/kg K) c_o,fr specific...

... Telford Ltd 2008 research & development site investigation thermal effects This paper describes a method to determine the thermal properties of samples of soils obtained from routine site investigations carried out in accordance with BS 5930 (1999). 1 The work was part of a UK Department...

... Telford Ltd 2002 excavation temporary works thermal effects During the redevelopment of urban sites, it is now common practice to maintain old masonry façades and incorporate them in the new development. Temporary steel structures are frequently used to support the retained façade during...

... implications for the design of waling systems are discussed. 08 10 1998 23 02 1999 © Thomas Telford and ICE 1999 diaphragm walls excavation thermal effects Measurement of temporary prop loads at Mayfair car park D. J. Richards, BEng, PhD, G. Holmes, BEng, PhD and D. R. Beadman, MA...