In the present study, a general model was developed for temperature evolution prediction
during metal's uniaxial fatigue loading. The prediction model leads to a reasonably accurate …

Predicting the probability distribution of fatigue crack growth (FCG) life is very important for
probabilistic damage tolerance analysis and structural integrity assessment. This paper …

In this study, stochastic analysis is aimed for space structures (satellite in low earth orbit,
made of aluminum 2024-T3), with the focus on fatigue failure. Primarily, the deterministic …

This paper proposes an analytical–empirical framework for stochastic assessment of fatigue
crack growth. The study offers solutions for drastic problems in studying fatigue field …

MEMS reliability analysis is a challenging area of research which comprises various physics
of failure and diverse failure mechanisms. Reliability issues are critical in both design and …

The aim of the present paper was to explore the effect of initial lesions on the course of
femoral head necrosis. A fracture mechanics model of the femoral head was developed and …

An analytical approach is presented in this article for the random dynamic study of two
parallel interfacial cracks in a functionally graded material (FGM) strip that is bonded …

Mission assurance requires due diligence reliability for space systems taking into account
limited accessibility, high uncertainty on the life data and high cost of failure. The methods …

The transient response analysis is important for the design and evaluation of uncertain
engineering systems under impact excitations. In this paper, statistical energy analysis …

For the probabilistic finite element analysis of structures and materials considering
uncertainty parameters, the Monte Carlo (MC) simulation is often used. However, the …