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 …

This study presents an original and novel investigation into the mechanics of piezo-flexo-
magneto-elastic nanocomposite doubly-curved shells (PFMDCSs) and the ability to detect …

This research examines the analysis of rotating truncated conical baskets reinforced by
carbon nanotubes around the two independent axes. A time-dependent analysis is …

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 …

Among the first, the present paper focuses on studying the first-ply failure load for bio-
inspired helicoidal laminated composite plates. Five different layup schemes, namely …

The manuscript presents an efficient semi-analytical solution with three-dimensional
capabilities for the evaluation of the static response of laminated curved structures subjected …

This work focuses on the coupling of trimmed shell patches using Isogeometric Analysis,
based on higher continuity splines that seamlessly meet the C 1 requirement of Kirchhoff …

This study investigates the sensitivity of dynamic properties in coupled curved beams
reinforced with carbon nanotubes (CNTs) to thermal variations. Temperature-dependent …

The mechanical behaviors of the clamped laminated arch with temperature-dependent
material properties under the thermal and mechanical loadings are studied in this paper. An …