This paper presents a systematic and critical literature review on dependent failure behavior
modeling in risk and reliability. A literature search is conducted systematically based on pre …

Two-phase degradation is a prevalent degradation mechanism observed in modern
systems, typically characterized by a change in the degradation rate or trend of a system's …

Traditionally, the Gaussian assumption, implied by the Wiener process, is widely admitted
for modeling degradation processes. However, when degradation data exhibit heavy tails …

Many engineering products have more than one failure mode and the evolution of each
mode can be monitored by measuring a performance characteristic (PC). It is found that the …

Multivariate degradation processes have been observed in many engineering systems. Most
existing multivariate degradation modeling techniques, such as multivariate general path …

Most products operate under multiple stresses. The influences of multi-stress factors on
products are commonly not independent and promote a more violent degradation through …

Reliability analysis for engineering systems with multiple components has gained increasing
interest in recent. Most existing works assume that components follow identical degradation …

Traditional dynamic stress-strength interference (SSI) models usually assume that a failure
occurs when the magnitude of a shock exceeds the strength. The assumption holds in most …

Condition monitoring signals provide sufficient information about the health of machines
and, therefore, are widely used for fault diagnosis, prognosis, and health management …

For degraded products with multiple performance characteristics (PCs), one way to model
their degradation process is by using a multivariate independent Wiener process model with …