In this review paper, we concentrate on the use of boundary integral equation (BIE) based
methods for the numerical modeling of elastic wave motion in naturally occurring media. The …

In this work, we attempt to collect all available fundamental solutions in 3D elastodynamics
that would be suitable for use in Boundary Element Method (BEM) formulations. Given that …

The development of the offshore wind industry is motivating substantial research efforts
worldwide, where offshore wind turbines (OWTs) of increasing size are being installed in …

Proceeding from the governing equations describing a saturated poroelastic material with
intrinsically incompressible solid and fluid constituents, we compare the monolithic and …

A nonlinear viscoelastoplastic theory is developed for porous rate‐dependent materials
filled with a fluid in the presence of gravity. The theory is based on a rigorous …

A large deformation, coupled finite‐element (FE) model is developed to simulate the
multiphase response of soft porous materials subjected to high strain‐rate loading. The …

A stabilized meshfree formulation for modeling nonlinear, multiphase porous media with
application to landslide simulation is presented. To effectively capture the hydromechanical …

The goal of this book is to investigate the three-dimensional problems of the mathematical
theories of elasticity and thermoelasticity for multi-porosity materials. The purposes of this …

Analytical methods based on linear elasticity have been used to model the dynamic
response of foundations. These solutions commonly assume that soils are isotropic and …

We derive, for the first time, the transient response (or Green's function, GF) induced by a
general point dislocation in a transversely isotropic and layered poroelastic half-space …