Thermoelastic analysis of a bi-layered system with the single domain inclusion-based boundary element method
When a bi-layered composite system is subjected to prescribed thermal and elastic
boundary conditions, material mismatch of layers and inhomogeneities causes intensive …
boundary conditions, material mismatch of layers and inhomogeneities causes intensive …
Thermoelastic behavior analysis of finite composites embedded in ellipsoidal inhomogeneities with inclusion-based boundary element method
The thermoelastic properties of composites play a pivotal role in various practical
engineering challenges. This paper employs the inclusion-based boundary element method …
engineering challenges. This paper employs the inclusion-based boundary element method …
The effects of boundary and inhomogeneities on the delamination of a bi-layered material system
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 …
fields of a bi-layered composite with inhomogeneities in one layer. The bi-material Green's …
Estimation of heat transfer and thermal conductivity of particle-reinforced hollow cylinder composites
With the expansion of seabed gas hydrate exploitation, particle-reinforced cement is widely
used in well cementing. However, the estimation of heat transfer and thermal conductivity for …
used in well cementing. However, the estimation of heat transfer and thermal conductivity for …
Thermoelastic Behavior in Finite Composites with Embedded Ellipsoidal Inhomogeneities
The thermoelastic properties of composites play a pivotal role in various practical
engineering challenges. This paper employs the inclusion-based boundary element method …
engineering challenges. This paper employs the inclusion-based boundary element method …