Bone regeneration is a growing and relatively effective treatment in most bone disease
treatments. Adverse effects associated with conventional transplantation techniques have …

The present study investigates the free and forced vibration of the composite nanoplate with
an attached nano mass-spring-damper system. The mentioned composite constitutes three …

In this paper, size-dependent vibration and dynamic analysis of an advanced sandwich
composite microbeam including piezoelectric layers based on higher-order strain gradient …

Background and objective While an accurate assessment of the biomechanical stability of
implants is essential in dental prosthesis planning and associated treatment assurance, the …

In recent years, researchers have looked at how tube-like nanostructures respond to moving
loads and masses. However, no one has explored the scenario of a nanostructure …

Due to the multi-functional requirements, more and more multi-dimensional functionally
graded structures are reported, while their thermo-mechanical performances are still …

In this study, the dynamic stability of a Timoshenko nanobeam under the intermittent
movement of nanoparticles is investigated considering surface effects. Simply-supported …

This paper uses the nanomechanical theory to examine the dynamic behaviour and
response of embedded zigzag and armchair carbon nanotubes (CNTs) under moving load …

This work studies the mechanical behavior of double-walled carbon nanotubes (DWCNTs)
under temperature gradients and electrical fields based on the nonlocal reddy beam model …

This paper aims to present an analytical methodology to investigate influences of nanoscale
and surface energy on buckling stability behavior of perforated nanobeam structural …