... from the literature. This methodology presents a pragmatic solution for addressing the complexities associated with soil inhomogeneity through the proposed model. Furthermore, well-documented Python scripts are made available to the entire geotechnical community through the Soil–Structure Interaction...

... Licensed re-use rights only Thus, the paper attempts to demonstrate that bearing capacity failure footing pile rocking soil–structure interaction tilting uplifting A peak ground (or base) acceleration A_c critical pseudo-static acceleration (Fig...

... analysis kinematic bending piles & piling seismic design soil–structure interaction where a_s is the horizontal acceleration; k_i, h_i and V_si are the spring stiffness (which can be taken as proportional...

... of the soil–structure relative acceleration; the assumption of constant soil acceleration across the sliding wedge; and the linear distribution of soil pressure. In this soil–structure interaction problem, soil strains are naturally inconsistent across the potential deformation wedge. The stress state...

...) scanning electron microscope photograph showing the subrounded grains (after Andria-Ntoanina, 2011) 21 12 2020 14 02 2022 © 2022 Emerald Publishing Limited 2022 laboratory tests sands soil–structure interaction The ‘Seismic experiment for interior structure’ (SEIS...

... will be useful in the preliminary design stage for obtaining quick and relevant results without performing rigorous numerical or experimental study. closed-form analysis closed-form solution foundations and soil–structure interaction intersection angle pipe bursting relative pipe–soil stiffness soil...

... centrifuge modelling deformation excavation retaining walls sands soil–structure interaction A key goal of physical modelling is to observe and validate simplified mechanisms for use in design. Insufficient attention has been paid in the past to the use of soil stress–strain data, and boundary...

.../foundations model tests numerical modelling offshore engineering plasticity soil–structure interaction Mobile jack-up platforms used for offshore engineering operations typically consist of a buoyant triangular platform and three independent truss-work legs, each with a large ‘spudcan' footing...

... distributions de pression établies par des études précédentes d'après des mesures de contraintes circonférentielles autour de la circonférence des conduites. full-scale tests sands soil–structure interaction theoretical analysis The development of elastic soil–pipe interaction solutions...

... required for a given increase in factor of safety of the slope is then combined with a model of limiting pile row interaction to allow direct estimation of the effect of piles at a particular spacing ratio in improving the factor of safety. piles slopes soil–structure interaction The method...

... canalisation hôte en voie de détérioration. Il est également démontré que la position des vides dans le sol environnant a une forte influence. buried structures centrifuge modelling deformation design remediation soil–structure interaction Advances in trenchless methods of pipe installation...

...D. Choudhury; S. Nimbalkar 07 06 2004 19 08 2005 © 2005 Thomas Telford Ltd 2005 dynamics earth pressure earthquakes retaining walls soil–structure interaction time dependence The pioneering work on earthquake-induced lateral earth pressure under active...

... deformation dynamics earthquakes model tests soil–structure interaction The behaviour of soil–structure systems during earthquakes is generally complex and highly non-linear. Centrifuge model tests have provided insights into the seismic behaviour of these systems, and have been widely accepted...

... homogeneity. A set of simple numerical models has been developed to describe how soil–structure interaction can be influenced by soil variability. These models include: (a) a description of the soil spatial variability, within the frame of geostatistics, where the correlation length of soil properties...

... montre qu'il est possible d'évaluer le risque de dépasser les sollicitations admissibles en tenant compte d'un sol hétérogène, et de l'interaction sol structure. hyperstaticity load redistribution settlement soil–structure interaction spatial variability Mechanical and geometrical...

... into account by volume loss. First, a reference calculation without structure on surface is presented. A numerical model coupling ground mass and structure on surface is then used to study the soil–structure interaction. The structure is composed by columns and floors, founded on a raft. The material has...

... de propagation. Nous avons développé l'outil analytique en nous basant sur les principes de propagation des ondes. soil–structure interaction piles Pile foundations have received extensive attention, owing to their common occurrence in practice. Piles are often used to support...

... and the foundation are modelled with finite elements, which allows the most rigorous treatment of the soil–structure interaction. The soil and the piles are represented by first-order solid finite elements of hexahedron (brick) and triangular prism (wedge) shape. For the modelling of the raft, first-order shell...

...V. N. Ghionna; G. Mortara Soil–structure interaction problems are often involved in geotechnical applications. Sand–structure interface behaviour depends on several factors, but principally on the tendency of the interface soil to dilate or contract in a restraining medium. This feature explains...

... méthodes numériques pour le comportement des groupes de piles. Les prédictions théoriques correspondent assez bien aux me-sures prises sur le terrain. elasticity numerical modelling and analysis piles settlement soil–structure interaction Shen, W. Y., Chow, Y. K. & Yong, K. Y. (1999...