In this article, we investigated the effect of martensite morphology on the mechanical
properties and formability of dual phase steels. At first, three heat treatment cycles were …

In this study, the effect of through-thickness shear (TTS) stress has been examined on the
prediction of forming limit diagrams (FLDs). Determination of the FLD is based on the …

In this paper, nonlocal magnetoelectrothermoelastic analysis of a functionally graded
nanobeam subjected to magnetoelectroelastic loads is investigated. Third-order shear …

In the present study, free vibration of sandwich flexoelectric plates resting on Pasternak
foundation is investigated. The top and bottom layers are under applied voltage based on …

The use of piezoelectric nano-fillers in a non-piezoelectric matrix is a very attractive
proposition for developing smart nanocomposite materials with desired electro-mechanical …

In the present paper, for the first time, piezoelectric beams under multi-physical hygro-
thermo-electro-mechanical (HTEM) coupling is analyzed using the node-based smoothed …

Consequence of damage on flutter characteristics of laminated composite plates and
retrieving of those reduced characteristics using piezoelectric patches are analyzed in this …

In the present work, an efficient one-dimensional finite element (1D-FE) framework
considering layerwise mechanics with full electro-mechanical coupling has been developed …

In conventional piezoelectric ceramics, their brittle nature and containing lead are two
crucial issues that significantly restrict their uses in many applications such as biomedical …

Fragility and the presence of a poisonous substance (lead) are the two major issues with
traditional piezoceramics and structures that include them. This work suggests an active …