This paper presents some recent advances in the boundary element method (BEM) for the
analysis of carbon nanotube (CNT)-based composites. Carbon nanotubes, formed …

A new completely analytical integral algorithm is proposed and applied to the evaluation of
nearly singular integrals in boundary element method (BEM) for two-dimensional anisotropic …

The nearly singular integrals occur in the boundary integral equations when the source point
is close to an integration element (as compared to its size) but not on the element. In this …

Limited work has been reported on determining the thermo-mechanical stresses in a
multilayered composite pressure vessel when the influence of its closed ends is considered …

There exist the nearly singular integrals in the boundary integral equations when a source
point is close to an integration element but not on the element, such as the field problems …

The isogeometric boundary element method (IGABEM) has great potential for the simulation
of elasticity problems because of its exact geometric representation and good approximation …

Some recent developments in the modeling of composite materials using the boundary
element method (BEM) are presented in this paper. The boundary integral equation for 3D …

The piezoelectric boundary integral equation (BIE) formulation is applied to analyze thin
piezoelectric solids, such as thin piezoelectric films and coatings, using the boundary …

In this study, the mechanics of deformation (under the tension) and the stability of an elastic
beam with a nanocoating under an axial compression are investigated. The behavior of the …

A new boundary element method is developed for solving thin-body thermoelastic problems
in this paper. Firstly, the novel regularized boundary integral equations (BIEs) containing …