In the present manuscript, based on the nonlocal strain gradient theory, a nonclassical
dynamic finite element model is developed to study and analyze the dynamic behavior of …

This paper aims to present a modified continuum mathematical model capable on
investigation of dynamic behavior and response of perforated microbeam under the effect of …

Perforated beam is essential structural element of Nano-Electro-Mechanical-Systems
(NEMS), whose design needs appropriate modelling of size of holes, hole numbers, and …

This article aims to present comprehensive model and analytical solution to investigate the
static bending behavior of regularly squared cutout perforated thin/thick nanobeams …

This article presents a dynamic finite elements procedure capable of analyzing the dynamic
behavior of perforated Timoshenko microbeams in thermal environment and subjected to …

This article presented an enhanced mathematical formulated model and well-defined closed-
form solutions to explore the dynamic vibration response of perforated viscoelastic …

This work presents a modified continuum model to explore and investigate static and
vibration behaviors of perforated piezoelectric NEMS structure. The perforated nanostructure …

This article presents a unified mathematical model to investigate free and forced vibration
responses of perforated thin and thick beams. Analytical models of the equivalent …

The goal of this manuscript is to develop a nonclassical size dependent model to study and
analyze the dynamic behaviour of the perforated Reddy nanobeam under moving load …

This study presents a mathematical size-dependent model capable of investigating the
dynamic behavior of a sandwich perforated nanobeam incorporating the flexoelectricity …