This paper addresses finite element evaluation of the non-singular T-stress and mixed-mode
stress intensity factors in functionally graded materials (FGMs) under steady-state thermal …

The aim of this paper is to study the T-stress and its effect on crack propagation in FGM
materials with adiabatic cracks subjected to thermo-mechanical loading based on the J …

This paper introduces a computational method based on the J k-integral for mixed-mode
fracture analysis of isotropic functionally graded materials (FGMs), subjected to mixed-mode …

This paper presents a multi-layer model for moving contact problems of functionally graded
coatings whose physical properties have general spatial variations. The coating is assumed …

A plane crack problem of nonhomogeneous materials with interfaces subjected to static
thermal loading is investigated. A modified interaction energy integral method (IEIM) is …

This article introduces a computational method based on the Jk-integral for mixed-mode
fracture analysis of orthotropic functionally graded materials (FGMs) that are subjected to …

This paper represents a comprehensive study of the fracture behaviour of linear elastic
isotropic functionally graded materials (FGMs) subjected to thermal loading. For this …

An interaction energy integral method is developed for the finite element evaluation of the T-
stress in nonhomogeneous materials under thermal loading. A domain-independent integral …

T-stress plays an important role in the fracture of various materials, and is frequently adopted
as a second fracture parameter in addition to the stress intensity factor. In this paper, the T …

Nonhomogeneous materials, especially for particulate composites, usually contain defects
such as voids and debonding introduced during manufacturing process. Due to existence of …