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 …

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 theory behind wave propagation in unsaturated porous thermoelastic media
and single-phase thermoelastic media, a model has been established to describe the …

Based on the framework of elastic theory for unsaturated porous medium and considering
the effects of non-isothermal conditions, this paper studies the influences of thermophysical …

Based on the strain gradient nonlocal Biot theory, the semi-analytical solution of Rayleigh
wave fields is obtained using the wave function expansion method. The influence of …

The difficulty that arises in the design of a machine foundation is how to know the behavior
of the soil at different soil conditions. Therefore, there are many indications of a need to …

This work describes a thermo-poroelasticity model for a porous medium filled by two
immiscible fluids in the framework of the Biot theory of poroelasticity. Local thermal …

Based on the three-phase porous media mixed theory, the dynamic governing equations of
unsaturated soils is established and the dynamic response of graded nonhomogeneous …

Propagation of Rayleigh waves is considered in an isotropic thermoelastic semi-infinite
medium with isothermal or insulated boundary. This requires to solve an irrational complex …