Single and Double Acceptance Sampling Plans Based on the Time Truncated Life Tests for the Compound Weibull-Exponential Distribution

Hamurkaroğlu, Canan; Yiğiter, Ayten; Danacıoğlu, Nazan

doi:10.1007/s41096-020-00087-7

Cited by 6 publications

(2 citation statements)

References 18 publications

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“…Musa et al [20] developed double acceptance sampling plans for percentiles based on the inverse Rayleigh distribution. Hamurkaroğlu et al [21] developed single and doublesampling plans based on the time-truncated life tests for the compound Weibull-exponential distribution. Tripathi et al [22] developed a double and group acceptance sampling plan for truncated life tests based on inverse log-logistic distribution.…”

Section: Introductionmentioning

confidence: 99%

Double Acceptance Sampling Plan for Odd Generalized Exponential Log-logistic Distribution Based on Truncated Life Test

D.C.U.¹,

Rao

Rosaiah

et al. 2023

Digital Manufacturing Technology

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According to the results of industrial research, product failure time is correlated with fatigue weakness, which is typically produced by repeated stress variations. A double acceptance sampling strategy was presented for shortened life tests where the lifespan of test products follows an odd generalized exponential log-logistic distribution (OGELLD), according to the findings of this study. The minimum sample sizes for the first and second samples are calculated using a producer’s risk of 0.05 to ensure that the actual median life is greater than the specified life at the chosen consumer confidence level. Based on various ratios of genuine median life to stipulated life, we analyzed operational features; we observed that reduced producer risk at the defined level was associated with the lowest median ratios to the specified level. Finally, an illustration is offered to help in the grasp of the suggested framework.

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Section: Introductionmentioning

confidence: 99%

Double Acceptance Sampling Plan for Odd Generalized Exponential Log-logistic Distribution Based on Truncated Life Test

D.C.U.¹,

Rao

Rosaiah

et al. 2023

Digital Manufacturing Technology

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“…Al-Omari (2016a) for transmuted inverse Rayleigh distribution Al-Omari (2016b) for generalized inverse Weibull distribution, Al-Omari (2018a) for Garima distribution and Al-Omari (2018b) for Sushila distribution are addressed for these studies. Recently, Hamurkaroğlu et al (2020) studied on single and double acceptance sampling plan for compound Weibull-exponential (CWE) distribution.…”

Section: Introductionmentioning

confidence: 99%

Group acceptance sampling plans based on time truncated life tests for compound Weibull-exponential distribution

Yiğiter

Hamurkaroğlu

Danacıoğlu

2021

IJQRM

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PurposeAcceptance sampling plans are a decision-making process on the basis of a randomly selected sampling from a party, where it is not possible to completely scan the products for reasons such as time and cost being limited or the formation of damaged products during the inspection. For some products, the life span (time from beginning to failure) may be an important quality characteristic. In this case, the quality control adequacy of the products can be checked with an acceptance sampling plan based on the truncated life test with a censored scheme for the lifetime of the products. In this study, group acceptance sampling plans (GASPs) based on life tests are studied under the Type-I censored scheme for the compound Weibull-exponential (CWE) distribution.Design/methodology/approachGASPs based on life tests under the Type-I censored scheme for the CWE distribution are developed by using both the producer's risk and the consumer's risk.FindingsIn this study, optimum sample size, optimum number of groups and acceptance number are obtained under the Type-I censored scheme for the CWE distribution. Real data set illustration is given to show GASPs how to be used for the industry applications.Originality/valueDifferent from acceptance sampling plans with just considering the producer's risk, GASPs are constructed by using two-point approach included both the producer's risk and the consumer's risk for CWE distribution.

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Optimal time truncated double acceptance sampling plan for generalized half normal distribution

Tripathi,

Kiapour,

Qomi

2024

Life Cycle Reliab Saf Eng

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Single and Double Acceptance Sampling Plans Based on the Time Truncated Life Tests for the Compound Weibull-Exponential Distribution

Cited by 6 publications

References 18 publications

Double Acceptance Sampling Plan for Odd Generalized Exponential Log-logistic Distribution Based on Truncated Life Test

Double Acceptance Sampling Plan for Odd Generalized Exponential Log-logistic Distribution Based on Truncated Life Test

Group acceptance sampling plans based on time truncated life tests for compound Weibull-exponential distribution

Optimal time truncated double acceptance sampling plan for generalized half normal distribution

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