This paper presents a comprehensive review of the various research methods and theory
calculation models that are employed in engineering to study the static and dynamic …

In this paper, elastic wave dispersion characteristics of two novel unit-cells are numerically
and experimentally studied. Based on Bloch's theorem for infinite cellular structures, the …

An analytical method is presented in this work for the linear vibrations and buckling of nano-
plates in a hygro-thermal environment. Nonlinear von Kármán terms are included in the …

Dynamic vibration absorbers (DVAs) are often used to reduce vibrations in narrow frequency
ranges. To reduce the flexural vibrations of a fluid-filled pipe system in a broader frequency …

Based on the first-order shear deformation theory, a meshless method for bending and free
vibration analyses of circular stiffened plates is proposed. The circular stiffened plate is …

A finite element method and phase-field model used by authors have been firstly extended
to the buckling analysis of stiffened functionally graded (FG) plate with cracks. The finite …

This paper presents two novel cruciate ligament structures with outstanding contributions in
lightweight design of metamaterials, band gap tuning, and ultra-wide and ultra-low …

Nonlinear free vibration of stiffened functionally graded plates is presented by using the
finite element method based on the new C0 third-order shear deformation theory. The …

Vibrations in ship and offshore structures owing to various ocean environmental loads and
excitations of power systems become increasingly serious. In this paper, the flexural wave …

This article presents a novel approach for predicting vibration bandgaps in periodic
composite plates with fluid–structure interaction (FSI) using a unit cell-based finite element …