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 …

When a bi-layered composite system is subjected to prescribed thermal and elastic
boundary conditions, material mismatch of layers and inhomogeneities causes intensive …

When a bi-material with two jointed dissimilar half-planes containing an arbitrarily shaped
polygonal inclusion is subjected to heat flow, the thermoelastic fields, including temperature …

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 …

The inclusion-based boundary element method (iBEM) is developed to calculate the elastic
fields of a bi-layered composite with inhomogeneities in one layer. The bi-material Green's …

探究了含有多个椭球夹杂的双材料和半无限大空间的稳态传热解. 双材料的界面由包含连续性
条件的双材料空间格林函数考虑, 通过调整参数, 该函数可退化为半无限大空间或者无限大空间 …

Heating and cooling needs have been highly demanded as the extreme weathers become
increasingly frequent and global warming becomes well-founded. Because ground …

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