...), subject to full attribution to the original publication and authors. The full terms of this licence may be seen at Link to the terms of the CC BY 4.0 licence. design flexible barriers full-scale tests geohazard mitigation landslides multiple barriers Research Grants Council...

.... The tests revealed axial resistances that increased over time, matching or exceeding unified method predictions. These findings can impact the design and assessment of open-ended pipe piles. bearing capacity codes of practice & standards foundations full-scale tests piles & piling sands...

... finite-element modelling full-scale tests high-cycle accumulation numerical modelling repeated loading soil/structure interaction However, it is not yet clear how HCA analyses can be incorporated into practical, site-specific geotechnical design for OWT monopiles or other structures. Current...

... been found to be relatively minor (Villar & Gómez-Espina, 2008). expansive soils full-scale tests long-term heating and hydration model validation nuclear/radioactive waste nuclear waste disposal numerical methods numerical modelling thermal behaviour Substantial progress has...

... for consideration in pipeline design. buried structures finite-element modelling full-scale tests pipes & pipelines slopes soil/structure interaction In current design practice, the response of pipelines subjected to ground movements is typically investigated using numerical techniques...

... 2021 Thomas Telford Ltd 2021 dynamics finite-element modelling full-scale tests ground improvement numerical modelling The vibroflotation method is an established vibratory-based ground improvement technique developed by Keller in the 1930s to densify cohesionless granular materials...

... during maintained thermal loading, after Gawecka et al. (2017) 15 07 2020 08 02 2021 © 2021 Thomas Telford Ltd 2021 field instrumentation full-scale tests piles & piling temperature effects Figure 5 shows profiles of change in temperature, axial...

... embankments failure finite-element modelling full-scale tests statistical analysis The spatial variability of soils at different scales influences material behaviour and the response of geotechnical structures, as well as causing uncertainty in stability assessments and geotechnical design (Hicks...

... to the monopile head can thus be calculated as a function of the angular frequency of mass rotation (Ω (rad/s)) 2 F t = m e Ω 2 R sin ( Ω t ) 27 01 2019 16 06 2020 © 2020 Thomas Telford Ltd 2020 dynamics finite-element modelling full-scale tests piles...

... to winter). They also found that evergreens were able to induce suction and soil strength gain even during wet winter periods, while the hydrological reinforcement provided by deciduous species was limited to summer. © 2020 Thomas Telford Ltd 2020 full-scale tests in situ testing slopes soil...

... consolidation creep full-scale tests piles & piling settlement temperature effects Most full-scale thermal pile load tests reported (e.g. Brandl, 2006 ; Laloui et al., 2006 ; Bourne-Webb et al., 2009 ; McCartney & Murphy, 2012 ; Park et al., 2013 ; Akrouch...

... at the level of the pipe crown was calculated as 13 12 2018 27 11 2019 © 2019 Thomas Telford Ltd 2019 full-scale tests pipes & pipelines soil/structure interaction High-pressure, high-temperature (HPHT) pipelines experience frequent start-ups and shutdowns, as well...

... 2019 chalk full-scale tests glacial soils piles & piling Most offshore oil, gas and wind-turbine structures rely on open-ended driven steel piles, whose outside diameters, D, range between 0·8 and 8 m and penetrations may exceed 100 m (Hamre, personal communication, 2018...

..., in a separate process (see Fig. 2 of the paper by Zdravković et al. (2019a)), to support the development of the PISA design model. full-scale tests model tests offshore engineering piles & piling soil/structure interaction A study (referred to as PISA) has been completed...

... Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. full-scale tests model tests offshore engineering piles & piling soil/structure interaction A study (referred to as PISA) has been completed...

.... (http://creativecommons.org/licenses/by/4.0/) 2019 This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. full-scale tests...

... 2019 © 2019 Thomas Telford Ltd 2019 field instrumentation full-scale tests liquefaction offshore engineering piles & piling vibration In various civil, geotechnical and offshore applications piles or sheet piles are installed into fully saturated sands, for example...

...%). The estimated base resistances by both methods match well that measured in the static load test. bearing capacity footings/foundations full-scale tests gravels piles & piling 16 05 2018 23 01 2019 © 2019 Thomas Telford Ltd 2019 The response of open-ended pipe piles...

... group. The magnitude of the p-multiplier f_m, characterising the degree of downscaling, is assumed a constant independent of the amount of pile deflection. clays full-scale tests piles & piling sands soil/structure interaction © 2019 Thomas Telford Ltd...

... behaviour (e.g. El-Marsafawi et al., 1992 ; Burr et al., 1997 ; Fleming et al., 2015 ; Elkasabgy & El Naggar, 2018). Full-scale testing provides the most realistic representation of the piles’ behaviour and shake table testing is an excellent means to investigate...