Add to ORKGFundamental engineering considerations in many real-world reliability engineering applications result in the need for using a statistical distribution with a failure free life (FFL) parameter. These include usual failure time models as well as specialized repair time models (for maintenance planning) and breakdown voltage models used for voltage endurance studies of electrical insulations. In this paper, some commonly encountered statistical distributions with failure free life are described together with a review of practical applications. From the literature, the 3-parameter Weibull distribution has been found to be the most common statistical distribution used when failure free life is considered. Some estimation procedures for the 3-par...
We propose a new four-parameter lifetime distribution obtained by compounding twouseful distribution...
The exponential and Rayleigh are the two most commonly used distributions for analyzing lifetime dat...
The characteristics and application of the truncated Weibull distribution are studied in this paper....
In many real-world reliability engineering applications, basic engineering considerations typically ...
The Weibull distribution is commonly used for statistical processing of breakdown data of electrica...
Lifetimes of modern mechanic or electronic units usually exhibit bathtub-shaped failure rates. An ap...
The paper presents some analytical results pertaining to the estimation of variance of the parameter...
[[abstract]]When the distribution of lifetimes is 2-parameter exponential, Balasooriya (1995) provid...
Bathtub failure rate shape is widely used in industrial and medical applications. In this paper, a t...
For service life tests, a shifted Weibull distribution, also known as the translated or three-parame...
AbstractImproving reliability in the context of transportation is of great importance. The running-i...
It is extremely important to improve methodologies for the lifetime assessment of porcelain insulato...
Survival analysis or known as failure time analysis has its own achievement in the medical applicati...
International Journal of Industrial Engineering : Theory Applications and Practice104332-338IJIE
There are many real-life situations where exact failure times are not available or not easily availa...
We propose a new four-parameter lifetime distribution obtained by compounding twouseful distribution...
The exponential and Rayleigh are the two most commonly used distributions for analyzing lifetime dat...
The characteristics and application of the truncated Weibull distribution are studied in this paper....
In many real-world reliability engineering applications, basic engineering considerations typically ...
The Weibull distribution is commonly used for statistical processing of breakdown data of electrica...
Lifetimes of modern mechanic or electronic units usually exhibit bathtub-shaped failure rates. An ap...
The paper presents some analytical results pertaining to the estimation of variance of the parameter...
[[abstract]]When the distribution of lifetimes is 2-parameter exponential, Balasooriya (1995) provid...
Bathtub failure rate shape is widely used in industrial and medical applications. In this paper, a t...
For service life tests, a shifted Weibull distribution, also known as the translated or three-parame...
AbstractImproving reliability in the context of transportation is of great importance. The running-i...
It is extremely important to improve methodologies for the lifetime assessment of porcelain insulato...
Survival analysis or known as failure time analysis has its own achievement in the medical applicati...
International Journal of Industrial Engineering : Theory Applications and Practice104332-338IJIE
There are many real-life situations where exact failure times are not available or not easily availa...
We propose a new four-parameter lifetime distribution obtained by compounding twouseful distribution...
The exponential and Rayleigh are the two most commonly used distributions for analyzing lifetime dat...
The characteristics and application of the truncated Weibull distribution are studied in this paper....