This paper focuses on reviewing some classical soil-structure interaction models (SIMs)
based on different superstructures and soils and strives to establish the relations between …

The Winkler foundation model is often used to analyze the wrinkling of a film/substrate
bilayer under compression, and it can be rigorously justified when both the film and …

This research article investigates the behavior of elastic waves in an inhomogeneous
isotropic three-layered sandwich plate with soft-core and stiff-skin layers embedded in …

The elastic equilibrium of a thin elastic beam is studied using asymptotic analysis starting
from a 2D formulation within the context of plane elasticity. The aim of the paper is to …

A hierarchy of asymptotic models governing long-wave low-frequency in-plane motion of a
fluid-loaded elastic layer is established. In contrast to a layer with traction-free faces …

The classical reduced model for film/substrate bilayers is the one in which the film is
governed by the Euler–Bernoulli beam equation, and the substrate is replaced by an array …

The paper deals with elastic wave propagating in a layer on a half-space induced by a
vertical force. The focus is on the effect of a sliding contact along the interface and its …

The use of the segmental pipe section immersed tunnel suffers from several problems, such
as complex construction, weak foundation, great water depth, great thickness of siltation …

The derivation of the boundary conditions is the most challenging part of the asymptotic
techniques underlying low-dimensional models for thin elastic structures. At the moment …

A 3D dynamic problem for a thin elastic layer resting on a Winkler foundation is considered.
The stiffness of the layer is assumed to be much greater than that of the foundation in order …