The uncertainty in the ply orientation of bio-inspired helicoidal laminated composite
cylindrical shells is quantified. The frequencies obtained from the higher-order shear …

The adhesively bonded single-lap joint strength is computed numerically and verified with
the experiment. An ABAQUS model is prepared to analyze by adding the primary …

The coupled effect of manufacturing uncertainty and a critical service-life damage condition
(delamination) is investigated on the natural frequencies of laminated composite plates. In …

The present paper proposes a surrogate-assisted moment-independent stochastic
sensitivity analysis of laminated composite plates for establishing a unified measure in the …

In this paper, an effort was made to study the free flexural vibration analysis of the
geometrically nonlinear graded cellular curved panels in a stochastic domain. The nonlinear …

In order to achieve the fine and high reliability design of laminated composite plates, the
randomness of geometric and material parameters, along with the nonlinear mechanical …

Thermal buckling and vibration behaviors of functionally graded (FG) sandwich microplates
are investigated by using a unified higher-order shear deformation theory and stochastic …

Stochastic vibration and buckling analysis of functionally graded sandwich thin-walled
beams with I-section based on the first-order shear deformation theory is for the first time …

Background and objective Medical imaging-based finite element methods are more
accurate tools for fracture risk prediction than the traditional aBMD based methods …

Bone tissues are heterogeneous composites that consist of various microstructural
constituents at different length scales. These microstructural constituents and their …