A multiscale simulation technique based on the MLPG methods, and finite deformation
mechanics, is developed, implemented, and tested. Several alternate time-dependent …

This article provides a review of the computational nanomechanics, from the ab initio
methods to classical molecular dynamics simulations, and multitemporal and spatial scale …

A method to obtain the effective mechanical properties of particulate composite materials is
presented in this paper. The methodology is based on the boundary element method (BEM) …

We present a coarse-graining computation for deformations of CNTs (carbon nanotubes) via
QC (quasicontinuum), particularly targeting analysis of multi-walled carbon nanotubes …

A micromechanical unit-cell model was developed for 2/2-twill woven fabric composites so
that the model could be implemented for the multi-scale micro/macro-mechanical analysis of …

The main objective of this paper is to develop a multiscale method for the static analysis of a
nano-system, based on a combination of molecular mechanics and MLPG methods. The …

The effects of surface energy on the interaction between two voids of equal size are
investigated. The problem is solved by series expansion in bipolar coordinates. The results …

The recent times have seen a surge in the efforts on computational modeling of materials in
academia as well as in industry. This is triggered by enhanced developments of advanced …

In this paper, an existed model for adsorption-induced surface stress is modified with
physical clarity, based on the equilibrium of force. In the proposed multiscale model, a four …

A new multiscale modeling technique called the Consistent Atomic Finite Element (CAFE´) is
introduced. Unlike traditional approaches for linking the atomic structure to its equivalent …