The main aim of this paper was to develop an advanced processing method for analyzing of
anisotropic thermoelastic metal and alloy discs with holes. In the boundary element method …

In this paper, a set of internal stress integral equations is derived for solving thermoelastic
problems. A jump term and a strongly singular domain integral associated with the …

For thermoelasticity and elasticity with a body force, the regular boundary element method
involves a domain integral. Special techniques have been devised to eliminate the domain …

In this paper, the meshless method of fundamental solutions is developed to solve couple
stress problems even with the existence of body forces. Suitable new particular solutions are …

In this paper, the radial integration boundary element method (RIBEM) is developed for two-
and three-dimensional dynamic coupled thermoelastic analysis. Based on the classical …

This paper develops the Somigliana type boundary integral equations for fracture of
anisotropic thermoelastic solids using the Stroh formalism and the theory of analytic …

The importance of a two‐parameter approach in the fracture mechanics analysis of many
cracked components is increasingly being recognized in engineering industry. In addition to …

In this paper, the method of characteristics which has been employed to reduce two-
dimensional steady-state anisotropic field problems to ones governed by the simple Laplace …

导出了一种新的可对功能梯度材料结构进行二维和三维热应力分析的积分方程,
利用该方程并结合多区域边界元三步求解技术, 可对由任意多种介质组成的变物性参数复合结构 …

A boundary element method (BEM) for the analysis of two-and three-dimensional uncoupled
transient thermo-elastic problems involving time-and space-dependent heat sources is …