In this article, the collection of studies with regard to the modeling of nanomanipulation
based on atomic force microscope (AFM) is discussed. To model the manipulation process …

The presented paper investigates the nonlinear vibration of a nanobeam with a piezoelectric
layer bounded to its top surface considering the nonlocal piezoelectricity theory. To do this …

Accurate modeling and analysis of micro-/nanoelectromechanical systems (MEMS/NEMS)
has an immense contribution in identification and improvement of the performance of such …

Since bioparticles experience large deformations, it is imperative to develop an appropriate
model for particle modeling based on its size to prevent Nano biological particle destruction …

Nanoparticle manipulation is a process in which particles are moved on a micro/nanoscale
scale using an atomic force microscope and has a wide range of applications from …

Here, size‐dependent static bending of anisotropic rectangular nanoplates is investigated
based on surface elasticity theory. The governing equations of the nanoplate are derived …

The manipulation of nanoparticles is a current topic of research in the nano world. This is an
important subject, since by displacing the nanoparticles, a structure different from the one …

In the manipulation of nanoparticles for precise placement, the relatively low adhesion of the
nanoparticles to the substrate surface has emerged as a problem. Owing to the fact that …

Manipulation of the biological particles by atomic force microscopy is used to transfer these
particles inside body's cells, diagnosis and destruction of the cancer cells and drug delivery …

Due to the substantial complexities of atomic force microscope (AFM)-based dynamic
manipulation models, these models require the identification of many parameters and inputs …