Full-field displacement reconstruction, which uses a few strain sensors for obtaining real-
time surface strain as the input data of the monitoring system, is a crucial technology to …

In this paper, we represent second-gradient internal work functionals in Lagrangian
(referential) and Eulerian (spatial) descriptions, and we deduce the corresponding …

Dynamics of pantographic sheets presents exotic aspects that deserve investigation. In this
paper, we focus the attention on some possible modalities of non-linear wave propagation in …

This paper presents the principle of virtual work (PVW) for piezoelectric semiconductors
(PSs), which extends the piezoelectric dielectrics to involve the semiconducting effect. As an …

Uncertainties caused by the deviation of functionally graded reinforcements from the ideal
linear distribution form are unavoidable during the manufacturing process, and this can …

The theoretical modeling of a functionally graded (FG) graphene nanoplatelet (GPL)-
reinforced assembled beam–plate structure resting on elastic supports is presented for the …

In this contribution, a novel nonlinear micropolar beam model suitable for metamaterials
design in a dynamics framework is presented and discussed. The beam model is formulated …

We present a new invariant numerical formulation suitable for the analysis of Kirchhoff–Love
rod model based on the smallest rotation map for which the two kinematic descriptors are …

The paper focuses on the effect of damage on the bone remodeling process. This is a
crucial, although complex, aspect. A one-dimensional continuous deformable body is …

This work aims to propose a simplified method for the random analysis of axially functionally
graded micropolar Timoshenko-Ehrenfest beams (ATBs). First, new approximated closed …