Size-dependent buckling analysis for slightly curved sandwich microbeams made of
functionally graded (FG) materials is performed via a stress-driven nonlocal model. The …

The exact solutions of random vibration responses of orthotropic thin cylindrical shells are
imperative for verifying numerical approaches. This study proposes the discrete analytical …

In this paper, a general interfacial thermal contact model is proposed to investigate the heat
conduction characteristics at the interface of bilayered saturated soils. The semianalytical …

Considering the thermal contact resistance and elastic wave impedance at the interface, in
this paper we theoretically investigate the thermo-hydro-mechanical (THM) coupling …

In this paper, the elastic, elastoplastic, and thermal residual stresses due to autofrettage in a
thick-walled spherical structure have been investigated. A steady-state radial temperature …

Porous materials can be found in a variety of geophysical and engineering applications. The
existence of thermal contact resistance at the interface between bilayered saturated porous …

In the current work, the thermoelastic wave propagation and the thermal shock problems are
studied based on the dipolar gradient elasticity and fractional order generalized …

It is well-acknowledged by the scientific community that Eringen's nonlocal integral theory is
not applicable to nanostructures of engineering interest due to conflict between equilibrium …

In the present work, the 2D problem of a magneto-micropolar thermoelastic medium in the
context of the dual-phase-lag model with the frame of the memory-dependent derivative is …

The main concern of this article is to deal with the thermoelastic interaction in a functionally
graded thermoelastic rod being enlightened by the memory-dependent derivative. This …