We proposed a bond‐based peridynamic lattice model for simulating dynamic brittle fracture
of 2D composite lamina. Material orthogonal anisotropy was represented by rotating …

Mechanisms of energy transport during ultrashort laser pulses (USLPs) ablation are
investigated in this paper. Nonequilibrium electron-transport, material ionization, as well as …

A three-dimensional molecular dynamics model is presented for the simulation of the
creation of a micro-hole on a thin film metal substrate via laser ablation. For the presented …

The analytical expression for the matrix elements between Morse's wavefunctions is shown
and a modified temperature-dependent Morse potential was developed and validated. The …

In this paper, the atomistic-continuum mechanics method (ACM) is applied for carbon
nanotube modeling. The atomistic-continuum mechanics is based on the transformation of …

The aim of the present study, an extension of a recent one (Bose Roy and Bose Roy 2005 J.
Phys.: Condens. Matter 17 6193), is to assess and compare the curve-fitting utility of the …

An atomic-level analytical solution, together with a modified Morse potential, has been
developed to estimate temperature-dependent thermal expansion coefficients (CTE) and …

This chapter is dedicated to the study of material removal with the use of laser ablation.
Within the chapter, laser ablation is discussed and then the plasma shielding phenomenon …

A simple atomic-scale model based on the distortion of the unit cell generating the nanowire
is proposed to predict the elastic characteristics of fcc metal nanowires. It allows for an …

As an important component of nanodevices and nanomachine constructions, the
mechanical performance of nanowires (NWs) has been a subject of intense research efforts …