Crack problems in multilayered elastic media have attracted extensive attention for years
due to their wide applications in both a theoretical analysis and practical industry. The …

The collocation boundary element method is outlined for the general three-dimensional,
static case of elasticity on the basis of a weighted-residuals statement that leads to the …

The collocation boundary element method is consistently outlined in a companion (Part I)
paper for the general three-dimensional, static case of elasticity on the basis of a weighted …

The paper develops the Green's function solution in matrix form for functionally graded and
transversely isotropic material (FGTIM) due to the loading of a circular ring force vector. The …

The collocation boundary element method is outlined in a first companion paper for the
general three-dimensional, static case of elasticity. This is done in a consistent way that …

This paper examines the axisymmetric problem of the internal loading of an incompressible
elastic half-space where the linear elastic shear modulus varies exponentially with depth …

In this paper, we examine the axisymmetric adhesive contact problem for a rigid circular
plate and an incompressible elastic halfspace where the linear elastic shear modulus varies …

This paper presents an axisymmetric boundary element analysis of one-layered transversely
isotropic material of halfspace extent with either ellipsoidal or spherical cavity. This analysis …

This paper examines the axisymmetric interior loading problem for an incompressible
isotropic elastic half-space where the linear elastic shear modulus varies with depth. In …

This paper presents an efficient and accurate boundary element method (BEM) for the
elastic analysis of axisymmetric problems in vertically non-homogeneous solids without or …