In recent decades, the crack problem of FGMs has attracted a significant amount of attention.
In this paper investigations published since year 2000 are reviewed in predicting the …

Ceramic based thermal barrier coatings are extensively employed to shield critical
engineering components from harsh temperature environments, where the typical Fourier's …

The objective of this paper is to explore the transient behaviors of fiber reinforced
composites with two embedded collinear cracks subject to a sudden thermal shock. The …

A Yoffe-type moving crack means that it propagates with a constant speed, healing at the
rear tip, and remains an unchanged crack length during its crack propagation. Different from …

In this paper, distributed strain nucleus is presented to compute the modes I/II stress intensity
factors (SIFs) and electric displacement intensity factors (EDIFs) for multiple unequal cracks …

This study deals with the propagation of a semi-infinite crack influenced by SH-wave
propagation in an initially stressed dry sandy (ISDS) strip. The Fourier integral transforms …

Stress intensity factors for internal surface cracks in autofrettaged functionally graded
cylinders have been studied. It is assumed that the mechanical properties change with a …

We propose a field-enriched finite element model to simulate the dynamic growth of moving
cracks in brittle solids. The paper introduces the dynamic model and verifies its accuracy by …

A mathematical model of blasting stress wave scattering at an arc-shaped interface crack is
established to theoretically analyze and verify the scattering characteristics of blasting stress …

In this paper, based on the distribution dislocation technique (DDT), multiple curved cracks
placed in an orthotropic FGM layer bonded to an orthotropic layer and also interface cracks …