.../structure interaction a material parameter controlling shear strain level at 50% degraded elastic stiffness b material parameter controlling rate of elastic stiffness degradation C ampl material parameter controlling effect of strain amplitude C e...

... Limited Licensed re-use rights only axial capacity displacement pile field test model test soil/structure interaction time dependence c_h lateral coefficient of consolidation D pile outer diameter D_i pile inner diameter...

... 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. anchors & anchorages centrifuge modelling numerical modelling offshore engineering offshore renewable energy soil/structure interaction a cone...

... displacement rate vector coincides with neither the current shear stress vector nor the shear stress increment vector. Instead, it is located between current shear stress and shear stress increment vectors (Fig. 5). flow rule gravels interfaces non-coaxiality behaviour soil/structure interaction...

... behaviour repeated loading soil/structure interaction Soil–structure interaction is present in every civil engineering project. For some applications, notably offshore foundations, piles, pipelines and tunnels, there are long-term effects to consider. For example, thermal expansion and contraction...

... that the industry practice outlined in Ingram (2012) for the calculation of earth pressure due to restrained heave is inadequate. Soil–structure interaction effects need to be explicitly incorporated in the design method, to properly assess the effective heave pressure (EHP) acting on the structure due...

... the box are 0·15 m long, resulting in a soil–pipe interaction length of 0·7 m. 01 01 2024 28 06 2024 © 2025 Emerald Publishing Limited 2025 buried structures model tests pipes & pipelines soil/structure interaction In pipeline engineering, surface treatment...

...-output linear regression (MLR) model. The difference between MLR and traditional linear regression is that MLR jointly predicts a vector of m outputs f ^ as friction sensors soil/structure interaction In urban environments, there is often a predilection...

... to offer superior performance over the hypoplastic model with intergranular strain. AVISA centrifuge modelling constitutive relations fully coupled simulation hypoplasticity modified Cam Clay offshore wind turbines ‘semi-rigid’ pile soil/structure interaction (a) The virgin compression...

... soil/structure interaction tunnels & tunnelling Tunnelling in urban areas inevitably leads to stress relief and movements in the surrounding ground, which in turn may have detrimental effects on nearby structures. To prevent damage to buildings from tunnelling, various protective measures...

...), 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. earth pressure limit state design/analysis soil/structure interaction Figure 1 illustrates three common design scenarios in which...

... 20 40 60 80 90 16 11 2021 29 06 2022 © 2022 Emerald Publishing Limited 2022 discrete-element modelling geotechnical engineering granular materials landslides soil/structure interaction Granular flow is characterised by a large amount of granular...

... and bulk density measurements. chalk micro-CT tomography piles & piling soil/structure interaction © 2022 Emerald Publishing Limited 2022 Neutron imaging-derived volumetric moisture content (θ) in geomaterials is usually computed from radiographs or projections (see e.g. Hassanein...

... 2022 cyclic loading effects dynamics monopiles numerical modelling soil/structure interaction Once operational, an OWT superstructure will be subjected to cyclic environmental loading mainly in the lateral direction from the wind and waves. A modern OWT is expected to remain...

.../structure interaction storm motions uniform OCR whole-life simulation Previous research on in-plane continuous cyclic motions demonstrated a long-term recovery of pipe–soil stiffness up to 250% (Hodder et al., 2009 ; Yuan et al., 2017 ; Hou et al., 2021) due to soil...

... , No. 1–2 , 275 – 291 , 10.1007/s11104-016-2992-0 . Zhang , X. , Knappett , J. A. , Leung , A. K. & Liang , T. (2018). Physical modelling of soil–structure interaction of tree root systems under lateral loads . In Physical modelling in geotechnics (ICPMG 2018) (eds...

... state friction angle is 31° and the void ratio limits are 0·60 and 0·98 (Ishihara, 1993). 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...

... response monopile pipes & pipelines sand soil/structure interaction A joint academia–industry project, Solcyp (the French acronym for ‘cyclic solicitations on piles’), was initiated in 2008 with the aim of improving the design methodologies for axially and laterally loaded piles (Puech...

... 2021 Thomas Telford Ltd 2021 buried structures finite-element modelling full-scale tests pipes & pipelines slopes soil/structure interaction 1 F ¯ h = F h / γ ′ H D 2 Y ¯ = Y / D where F ¯ h...

.../foundations offshore engineering soil/structure interaction Mobile jack-up platforms are used offshore for drilling and for the installation and maintenance of wind turbines (Zaaijer & Henderson, 2004 ; Ahn et al., 2017) and hence are frequently relocated. Jack-ups are self-elevating...