Au cours des trente dernières années, divers chercheurs ont proposé des techniques
approximatives pour estimer la capacité d'arrachement des ancrages dans le sol. Comme la …

The ultimate capacity of anchors is determined using the material point method (MPM). MPM
is a so‐called meshless method capable of modelling large displacements, deformations …

Soil anchors are commonly used as foundation systems for structures that require uplift or
lateral resistance. These types of structure include transmission towers, sheet pile walls and …

This paper investigates the pipe–soil interaction for pipes buried in cohesionless soil when
subjected to lateral ground movement. A review and reappraisal of the literature is …

Plate anchors are embedded into the ocean floor to provide holding capacity for offshore
structures. Anchor holding capacity is a function of both the anchor and soil properties …

Vertical soil arching, commonly known as the “trapdoor mechanism,” is a pervasive
phenomenon in various geotechnical applications that can be evaluated through a variety of …

Vertical anchor is a structural member designed to resist the pullout forces and ensure
stability of the geotechnical structures. At present, an accurate, reliable, efficient, and …

ANALYSIS The soil mass was assumed to follow Mohr–Coulomb failure criterion and an
associated flow rule. The collapse mechanism was chosen to comprise a logarithmic spiral …

The vertical pullout capacity of strip and circular plate anchors embedded horizontally in a
layered sandy medium was computed by using the plane strain and axisymmetric lower …

INTRODUCTION The determination of earth pressures on structures is a particularly
important problem in geotechnical engineering, for instance problems related to …