Lifetime distributions, such as Weibull and log-logistic distributions, are critical for parametric
and semi-parametric analysis in reliability engineering. This article promotes a promising but …

The method's steps to estimate the Weibull shape (β) and scale (η) parameters, based only
on the ratio of the maximal and minimal principal stresses (σ 1/σ 2) and on the designed …

The q-Weibull model is based on the Tsallis non-extensive entropy [22] and is able to model
various behaviors of the hazard rate function, including bathtub curves, by using a single set …

In an attempt to produce more realistic stress–strength models, this article considers the
estimation of stress–strength reliability in a multi-component system with non-identical …

In this paper, the formulation to incorporate the used vibration profile, the stress generated
by the product's application, mass, and the resonance frequency is given. After that, based …

In this paper, we study the estimation for stress–strength reliability of the system with multiple
types of components based on survival signature. In the situation that different types of …

In this paper, the formula to estimate the sample size n to perform a random vibration test is
derived only from the desired reliability (R (t)). Then, the addressed n value is used to design …

Purpose This study aims to obtained the failure probability distributions of subsystems for
industrial robot and filtrate its fault data considering the complicated influencing factors of …

In this paper, the statistical inference for system stress-strength reliability with bounded
strength is discussed. When the stress and strength variables follow the three-parameter …

An alternative definition of the stress-strength reliability function is developed for the discrete
stress-strength reliability models by taking into consideration the presence of ties. A unique …