The main goal of this paper is to develop a mathematical model for the piezoelectric elastic-
semiconductor medium. The medium is homogeneous and isotropic that is exposed to …

Nanomechanical systems are widely employed in research and engineering for a variety of
purposes. For the design of nanodevices, a comprehensive understanding of these systems' …

The paper develops the Green's function solution in matrix form for functionally graded and
transversely isotropic material (FGTIM) due to the loading of a circular ring force vector. The …

This work proposes a semi‐analytical solution for a double‐layered elliptical cylindrical soft
foundation improved by prefabricated vertical drains. The governing equations, continuity …

Unsaturated soils with a high degree of saturation (HDS) are commonly encountered in
marine and lacustrine sediments. In these soils, the gas phase generally exists in the state of …

In this paper, we propose a new approximation method (we shall call this method as α‐
parameterized differential transform method), which differs from the traditional differential …

Pipelines used for the transportation of waxy oil or high viscous oil usually work under high
temperature and some of them are buried in unsaturated soils, eg, in coastal regions or …

The engineering application of cylindrical heat source usually influences the characteristics
of the surrounding soil and induces significant coupling responses of temperature, seepage …

This study establishes a coupled thermo-hydro-mechanical dynamic model (THMD) for
saturated porous sediments under the eccentric motion of a deep-sea mining vehicle …

This paper examines the axisymmetric problem of layered and non-homogeneous geo-
material halfspaces with transverse isotropy. The halfspace is subjected to normal traction …