The three dimensional fundamental solution of bi-materials is introduced to the boundary
element method (BEM) for elastic analysis of a bi-material system instead of solving a multi …

The stress field around a vertex of angular inhomogeneity has been investigated by
Eshelby's equivalent inclusion method (EIM). Different from Eshelby's problem for ellipsoidal …

When an underground heat exchanger is subjected to a surface load on the ground and
temperature change inside, the stress transfer between the thermal tank and the earth may …

This paper extends Eshelby's problem of one inhomogeneity embedded in a homogeneous
infinite domain to a bimaterial infinite domain. The equivalent inclusion method (EIM) was …

Building integrated photovoltaic thermal (BIPVT) greenhouse technology exhibits great
potential to enhance crop yielding, energy harvesting, and water management for highly …

Eshelby tensors serve as the basis of micromechanics which should be explored first to
study the effective mechanical behavior of heterogeneous materials. In this paper, Eshelby …

The Green's function of a bimaterial infinite domain with a plane interface is applied to
thermal analysis of a spherical underground heat storage tank. The heat transfer from a …

This paper investigates the mechanical behaviour of a bi-layered panel containing many
particles in one layer and demonstrates the size effect of particles on the deflection. The …

The thermoelastic properties of composites play a pivotal role in various practical
engineering challenges. This paper employs the inclusion-based boundary element method …

The Green's function technique has been used to directly calculate the local fields of a
functionally graded material (FGM) under thermomechanical loading, thus predicting its …