Further to the previous review article (Adv Engng Software 19 (1)(1994) 21–32), this paper
reviews more recent studies on the same subject by citing more than one hundred papers …

Symmetric Galerkin Boundary Element Method presents an introduction as well as recent
developments of this accurate, powerful, and versatile method. The formulation possesses …

We describe a novel cubic Hermite collocation scheme for the solution of the coupled
integro-partial differential equations governing the propagation of a hydraulic fracture in a …

A cubic Hermite approximation for two-dimensional boundary integral analysis is presented.
The method differs from previous Hermite interpolation algorithms in that the gradient …

In this work, a new global reanalysis technique for the efficient computation of stresses and
error indicators in two‐dimensional elastostatic problems is presented. In the context of the …

In the present work, error indicators for the potential and elastostatic problems are used in a
combined fashion to implement an adaptive meshing scheme for the solution of two …

As of now, most of the error indicators available for elastostatic problems are computed in
terms of quantities that do not necessarily have the most relevant physical meaning from the …

NOC Template Page 1 Adaptive meshing technique for stress calculations using the Boundary
Element Method within a modern CAD/CAE system V. Sagias 1 , C. Stergiou 2 , R. Benhadj-Djilali …

In this paper, the boundary integral equations (BIEs) for the tangential derivative of flux in
Laplace and Helmholtz equations are presented. These integral representations can be …

The integration of mechanical calculation tools with computer-aided design (CAD) in the
design process within a computer-aided education (CAE) system is a highly anticipated …