As one of the most important aspects in prognostics and system health management (PHM),
spare parts play significant roles in enhancing reliability, shortening downtime, and reducing …

As an effective way to enhance the system reliability, the standby redundancy technique has
been widely applied in many industrial systems. Finding methods to determine the …

Prognostics-based spare part ordering and system replacement (PSOSR) policies are at the
forefront of the prevalent prognostics and health management discipline. However, almost …

Standby redundancy is an effective fault-tolerant technique for enhancing reliability and
prolonging the standby system's operating lifetime. How to estimate the total lifetime of a …

Spare parts redundancy is an effective way to improve system reliability and prolong system
lifetime. Generally, preventive maintenance and inventory management of a standby system …

In some environments, components might not always fail fully, but can degrade, and there
can be multiple stages of degradation. In such cases, the efficiency of the system may …

This paper proposes a prognostic-information-based joint order-replacement policy for a
non-repairable critical system in service. The primary difference from existing work is to take …

This paper focuses on the problem of how to estimate remaining useful life (RUL) for a class
of systems with high fluctuating dagradation caused by time‐varying mean and variance. In …

Hybrid deteriorating systems, which are made up of both linear and nonlinear degradation
parts, are often encountered in engineering practice, such as gyroscopes which are …

In the existing research on the remaining useful life prediction of stochastic degradation
equipment with imperfect maintenance, only the single influence of maintenance activities …