An extended ordinary state-based peridynamic model considering thermomechanical
loading is presented to predict damage growth of bimaterial structures, such as cermet. In …

In this work, the fatigue life of an interfacial cracked plate is evaluated in the presence of
flaws by homogenized extended isogeometric analysis (XIGA). In XIGA, the crack faces are …

This paper presents the three-dimensional interfacial crack growth simulations using
coupled finite element and element free Galerkin (FE-EFG) approach under mechanical and …

In this paper, fatigue crack growth simulations of bi-material interfacial cracks have been
performed using extended finite element method (XFEM) under thermo-elastic loading. The …

The mechanisms of ceramics–metal assemblies, particularly silver and alumina, can be
better understood by studying the strength of their adhesion. These two materials are a priori …

Thermal stresses due to a mismatch between material properties may induce failure of a
bonded interface. A simple model for linear dissimilar elastic bonded solids containing an …

This paper presents a finite element based numerical model to solve two dimensional bi-
material problems. A bi-material beam consisting of two phase materials ceramic and metal …

CuW/CuCr integral materials were prepared by infiltration diffusion technology, and the multi-
component powders with high entropy effect were used as the interlayer. The effects of …

The realization of a connection between a ceramic and a metal is always accompanied by
the creation of a multi-axial stress field. Different physical and mechanical origins explain the …

In this study, a three-dimensional Finite Element Model has been developed to estimate the
size of the weakened zone in a bi-material a ceramic bonded to metal. The calculations …