The paper presents a multifield formulation involving five different physical problems under
the equilibrium thermodynamic conditions for laminated doubly-curved shell structures …

The paper presents a refined two-dimensional formulation for the thermo-mechanical
analysis of laminated doubly-curved shell structures under thermodynamic equilibrium …

A study based on the transient responses of bio-inspired helicoidal laminated composite
plates is performed by using a higher-order finite element model (HOFEM) consisting of the …

The work analyzes the nonlinear dynamic response of fiber-reinforced composite laminated
microbeams in thermal environment, accounting for the dependence of the material …

The paper introduces a refined formulation, based on higher-order theories, for the thermo-
electro-elastic analysis of laminated shell structures made of smart materials. The …

This study examines the micromechanical and structural behavior of straight and wavy
carbon nanotube (CNT) reinforced multi-scale fiber-reinforced hybrid composite (MFRHC) …

Recent engineering applications increasingly adopt smart materials, whose mechanical
responses are sensitive to magnetic and electric fields. In this context, new and …

This study presents a generalized two-dimensional model for evaluating the stationary hygro-
thermo-mechanical response of laminated shell structures made of advanced materials. It …