... shows little dispersion within the tested frequency band. bender/extender element finite-element modelling laboratory tests near-field effect vibration vibration mode wave dispersion To obtain the dependence of deformation behaviour in the piezoelectric plates on the frequencies...

... YUFENG GAO (yfgao66@163.com) 08 09 2025 19 02 2026 © 2026 Emerald Publishing Limited 2026 Emerald Publishing Limited Licensed re-use rights only finite-element modelling risk & probability analysis shear strength slopes National Natural Science Foundation...

... rights only deformation embankment finite-element modelling pore pressure porous-media characterisation railway track UK Engineering and Physical Sciences Research Council EP/M025276 The authors are grateful for funding and support from the UK Engineering and Physical Sciences...

... to different piled raft configurations. Corresponding author Francesco Potini (francesco.potini@unicusano.it) 23 06 2025 20 11 2025 © 2026 Emerald Publishing Limited 2026 Emerald Publishing Limited Licensed re-use rights only bearing capacity finite-element modelling limit...

... competing financial interests or personal relationships that could have appeared to influence the work reported in this paper. 23 10 2024 22 07 2025 asynchronicity concrete structures earthquakes finite-element modelling numerical modelling seismic engineering tunnels tunnels...

... Emerald Publishing Limited 2025 Emerald Publishing Limited Licensed re-use rights only constitutive relations finite-element modelling gravel soil plane strain test shear localisation Austrian Science Fund ESP-342 P-35921 National Natural Science Foundation of China...

... 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...

... 2025 Emerald Publishing Limited Licensed re-use rights only bearing capacity finite-element modelling limit state design/analysis piles & piling Experimental and numerical works (Gerolymos & Papakyriakopoulos, 2016 ; Psychari & Anastasopoulos, 2022 ; Sakellariadis...

... in any medium, provided the original work is properly cited. analytical modelling centrifuge testing clays consolidation finite-element modelling helical piles numerical analysis offshore foundation offshore renewable energy Helical (or screw) piles comprise steel helices...

... coupled Eulerian–Lagrangian extrusion buckling finite-element modelling monopiles pile tip damage piles & piling © 2023 Thomas Telford Ltd 2023 22 02 2022 09 02 2023 Laboratory denting experiments were conducted where forces were applied at the pile tip with a 5 mm rigid...

..., and large deformations are inevitably involved in numerical modelling. 18 01 2022 25 10 2022 © 2022 Thomas Telford Ltd 2022 anchors anchors & anchorages clays finite-element modelling offshore engineering The currently available predictions of drag anchor...

... testing stiff specimens where common apparatus assumptions may not apply. 21 08 2023 13 05 2024 © 2025 Emerald Publishing Limited 2025 calibration finite-element modelling laboratory equipment laboratory tests resonant column stiffness For many geotechnical analyses...

... sequences, raw laboratory data of the dam and foundation materials, and the data from prisms were digitised and extracted from the post-failure investigation reports (Jefferies et al., 2019) . finite-element modelling InSAR tailings tailings dam tailings dam failure More...

... the test. A load cell was employed to measure the pile head load. On the opposite end of the box, a stainless steel draw-wire potentiometer was used to measure the pile head lateral displacement. centrifuge modelling finite-element modelling piles temperature effects A thermo-active pile...

... ˙ + f d s s f N s s f σ , e s s f ε ˙ 08 06 2021 10 11 2021 © 2021 Emerald Publishing Limited: All rights reserved 2021 finite-element modelling monopile sands soil/structure interaction wind turbine Monopiles are currently...

... sloping ground conditions using a numerical (finite-element) model that was initially calibrated using the results from physical modelling. The findings from the study in terms of the variation of peak lateral soil restraint as a function of the slope grade and burial depth ratio are presented...

... in sand with D_R = 65% © 2021 Thomas Telford Ltd 2021 bearing capacity finite-element modelling foundations and soil–structure interaction monopile offshore engineering sands; wind turbine Offshore wind energy has gained popularity as a clean renewable energy...

... understood. In this paper, for the first time a combination of centrifuge and finite-element modelling is used to better understand the mechanical response of the combined wall–soil system. The measured variation of the horizontal stresses leads to bending moment distributions featuring large, singly outward...

... 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...

.... with different amounts of drainage and therefore generating different amounts of excess pore water pressure) using a combination of dynamic centrifuge modelling and finite-element modelling. The results demonstrate that the reduction in free-field ground surface intensity measure (specifically, Housner intensity...