Using the generalized Rayleigh distribution and the inverse power law, this paper proposes
a new reliability model and investigates the effect of the key parameters on reliability …

The investigation of lifetime reliability analysis is vital for confirming the quality of devices,
equipment, electronic tube flops, and so forth. Statistical investigators have become more …

This paper presents a reliability analysis for electronic devices (ED) with bathtub curve‐
shaped failure times. An extension of the exponentiated perks distribution (EPD) is proposed …

With the wide application of flow sensors, their reliability under extreme conditions has
become a concern in recent years. The reliability of a Micro Electro Mechanical Systems …

The crucial role of heavy-tailed distributions in the analysis of financial and extreme value
phenomena is widely acknowledged; however, there is a scarcity of probability distributions …

This paper presents a life-stress methodology that models the failure rate in the form of a
bathtub curve. The model consists of the Alpha Power Transformation (APT), which adds an …

The reliability of the vehicle on-board controller (VOBC) is crucial for ensuring the stable and
safe operation of urban rail transit trains. To address the reliability assessment challenge …

In this paper, we consider the estimation of the reliability in a stress–strength model by the
maximum likelihood and Bayesian methods under generalized exponential distribution. We …

The geometric process is one of the important simple monotonic processes with a positive
ratio parameter in the theory of stochastic processes. Simply, it can be thought of as a …

In accelerated life testing analysis with nonthermal accelerating stress, the inverse power
law (IPL) is often solely merged with a particular lifetime probability distribution with a shape …