This paper focuses on the thermal fracture performance of magneto-electro-elastic (MEE)
materials and proposes a new interaction integral (I-integral) method for extracting the key …

Considering the difficulties introduced by piezoelectric material non-homogeneity and
discontinuities to interfacial crack analysis, a domain-independent interaction integral (DII …

In this paper, a coupled continuum damage mechanics (CDM) and extended finite element
method (XFEM) based methodology is developed to predict the crack growth life under …

In this paper, an XFEM-based framework is presented to model the semipermeable crack in
magneto-electro-elastic (MEE) material. The interaction-integral technique is modified and …

This work presents the influence of microstructure on the LCF life of two-phase titanium
alloys. An elasto-plastic polygonal FEM and continuum damage mechanics approach has …

In this work, a crack opening model is proposed to study the role of electrostatic tractions in a
cracked semipermeable piezoelectric material. The extended finite element method (XFEM) …

Abstract Magneto-electro-elastic (MEE) materials are composed of piezoelectric (PE) and
piezomagnetic (PM) phases, leading to the existence of a large number of interfaces …

The domain-independent interaction integral (DII-integral) is a powerful tool for dealing with
crack issues of nonhomogeneous materials, due to its feature of being independent of the …

In this work, numerical simulations of high-cycle fatigue and fatigue crack growth have been
performed using localizing gradient damage methodology (LGDM) for base and welded …

In this work, the nonlinear thermo-elastic analysis of edge dislocations with internal heat
generation is performed by the extended finite element method (XFEM) in semiconductor …