We study the reflection and transmission (R/T) characteristics of inhomogeneous plane
waves at the interface between two dissimilar fluid-saturated thermoporoelastic media at …

Under the action of Rayleigh waves, pile head is easy to rotate with a concrete pile cap, and
pure fixed‐head condition is rarely achieved, which is a common phenomenon for it usually …

Based on the mixture theory, considering the flow-independent viscosity related to solid
skeleton, the present work investigates the propagation characteristics of Rayleigh wave in …

In the present work, the phenomenon of reflection and refraction of homogeneous plane-P 1-
wave is considered at the plane interface between a thermoelastic solid medium and an …

Mathematical models and numerical simulations are used to analyse and predict the
behaviour of porous materials under coupled mechanical and thermal loading conditions in …

The analytical representation of kinematic interaction between pipe pile and unsaturated soil
subjected to vertical SH-waves is revisited using three-dimension continuum modelling. The …

Based on the frame of elastic theory for unsaturated porous medium, considering the
influence of thermal effect, the propagation characteristics of Rayleigh wave in unsaturated …

Considering the flow‐independent viscosity of soil skeleton and the lateral inertia effect of
pipe pile, the vertical dynamic behavior of a pipe pile embedded in unsaturated soil is …

The purpose of this investigation is providing a method to study the effect of porosity in a
porothermoelastic medium by the finite element technique. The formulations are applied …

The mechanical properties of the graphite electrode will dynamically change during the
charge-discharge cycle, which will affect the propagation characteristics of guided waves in …