Reliability evaluation is highly significant for the safe and reliable service of rolling bearings.
It is to accurately reflect degradation states of rolling bearings. However, traditional methods …

Accurate parameters estimation is one of the most crucial components in remaining useful
life (RUL) prediction. This paper proposes an unbiased parameters estimation method and …

Degradation data and lifetime data have been broadly used for assessing product and
system reliability. To utilize the two kinds of data simultaneously, the proportional hazard …

Manufacturing systems are generally subject to product quality deterioration as a result of
degradation of machine tooling-components, and thus tooling-component replacement has …

This paper is focused on lifetime analysis based on accelerated degradation testing (ADT),
considering the influence of stress and measurement errors. The traditional approach of …

The constant stress accelerated degradation test has been widely used to evaluate product
reliability when degradation measurements of product can be observed. This paper …

The basic exponential-dispersion (ED) process can be used to describe many degradation
phenomena, but its degradation increments are only age-dependent, which limits its …

An inverse Gaussian step-stress accelerated degradation test model was put forward, in
which the drift and shape parameters are functions of the stress levels. The confidence …

The scarcity of time-series data constrains the accuracy of online reliability assessment.
Data expansion is the most intuitive way to address this problem. However, conventional …

Interest and associated research for reliability and health prediction and maintenance of
infrastructure and industrial products have increased continuously. The study of reliability …