The concept of failure rate is vital in reliability and survival analysis.
Hazard function plays an important role in reliability and survival analysis.
Logarithmic convexity plays an important role in fields of application such as reliability and survival analysis, and in economics.
This representation of the Pareto (II) distribution as a gamma mixture of exponential distributions is often encountered in reliability and survival contexts, see e.g., Keiding et al. (2002).
In the context of reliability and survival analysis, various models have been introduced in the literature for modeling and analyzing failure time data.
The effect of anatomic contour design in all or parts of zirconia crowns is uncertain regarding clinical reliability and survival rates.
The purposes of this study were 1) to investigate the heritability, reliability, and selection response for survival traits following a Weibull frailty proportional hazard model; and 2) to examine the relationship between genetic parameters from a Weibull model, a discrete proportional hazard model, and a binary data analysis using a linear model.
Although commercially approved volume displacement pumps have demonstrated improved outcomes in comparison to medical therapy and deliver pulsatile flow, their durability, reliability, and reduced survival rates, in contrast to rotary blood pumps, have limited their use.
We hope that the proposed family and its generated models will attract wider applications in several areas such as reliability engineering, insurance, hydrology, economics and survival analysis.
They are the back bone of every parametric statistical method, including inference, modeling, survival, reliability, and others.
The results demonstrate that by increasing the loading rate, survival reliability and bearing strength increases, absorbed energy increased to a specific loading rate, then decreases and also the sigma of statistical charts is increases.
