Effective measurement of system resilience provides a comprehensive understanding of the
system's characteristics. However, little research has been devoted to the resilience of a …

In this paper, two reliability models for multi-component systems suffering from dependent
competing failure processes is studied. All components in the systems are subject to two …

The failure threshold of a product is not always constant when affected by random shocks.
Thus, this paper establishes a reliability model that combines dynamic failure threshold and …

The failure of many electromechanical components is the interactive results of progressive
degradation and sudden shocks. Specifically, catastrophic failure occurs once the …

Degradation-shock failure processes widely exist in practice, and extensive work has been
carried out to better describe such processes. In this paper, a new model is developed for …

The reliability of MEMS inertial devices applied in complex environments involves
interdisciplinary fields, such as structural mechanics, material mechanics and multi-physics …

Complex products usually fail due to competing multi-performance degradation and sudden
failure modes. The correlations between competing failure modes, including among multi …

In light of the increasing demand for the reliability analysis of self-recovery products, with
features of limited storage period and multistage degradation, a reliability evaluation model …

This paper intends to investigate the reliability model for competing failure systems under
the influence of random failure thresholds. The random threshold distribution function of …

Efficient mining machinery operation is essential for coal mining enterprises to reduce
production costs, improve production efficiency, and maximize profits. As a key consumable …