In this paper, an advanced boundary element method (BEM) is developed for solving three-
dimensional (3D) anisotropic heat conduction problems in thin-walled structures. The …

Thin-walled structural problems have been a longstanding computational challenge. The
research bottleneck in applying the standard numerical methods for such problems arises …

In this article the constant and the continuous linear boundary elements methods (BEMs) are
given to obtain the numerical solution of the coupled equations in velocity and induced …

In this paper, the boundary element method (BEM) based on the elasticity theory is
developed for fracture analysis of cracked thin structures with the relative thickness-to-length …

In this paper, according to the element discretization characteristic of the geometric model, a
complex function theory based transformation boundary element method is proposed to …

A general numerical method is proposed to compute nearly singular integrals arising in the
boundary integral equations (BIEs). The method provides a new implementation of the …

When using boundary element analysis for thin walled structures, to ensure the
computational accuracy, special considerations on the singular and nearly singular integrals …

双材料界面裂纹渐近位移和应力场表现出剧烈的振荡特性, 许多用于表征经典平方根(r^ 1/2)
和负平方根(r^-1/2) 渐近物理场的传统数值方法失效, 给界面裂纹复应力强度因子(K_1+ iK_2) …

This paper presents a boundary collocation scheme for transient thermal analysis in large-
size-ratio functionally graded materials (FGMs) with heat source load. In the proposed …

A multi-patch nonsingular isogeometric boundary element method (IGABEM) for 3D
problems is presented that provides accurate solutions for multi-patch IGABEM. In order to …