SkSP-V sampling plan for accelerated life tests
Muhammad Aslam, Chi‐Hyuck Jun, Ashifa Arshad
Abstract
Muhammad Aslam, Chi‐Hyuck Jun, Ashifa Arshad
Abstract
Here, we will develop a time-truncated skip-lot sampling plan (type V) for an accelerated life test. The lifetime of a product under the accelerated condition follows a Weibull distribution having the same shape parameter under the use condition but a new scale parameter adjusted by the acceleration factor. The plan parameters for the proposed sampling plan were found by satisfying the producer’s and the consumer’s risks. The performance of the proposed plan is compared with the existing single sampling plan for accelerated life testing. The proposed plan is more efficient than the existing plan in terms of the average sample number. The extensive tables are provided for the proposed plan so that industrial engineers can use the plan in practice.
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Here, we will develop a time-truncated skip-lot sampling plan (type V) for an accelerated life test. The lifetime of a product under the accelerated condition follows a Weibull distribution having the same shape parameter under the use condition but a new scale parameter adjusted by the acceleration factor. The plan parameters for the proposed sampling plan were found by satisfying the producer’s and the consumer’s risks. The performance of the proposed plan is compared with the existing single sampling plan for accelerated life testing. The proposed plan is more efficient than the existing plan in terms of the average sample number. The extensive tables are provided for the proposed plan so that industrial engineers can use the plan in practice.
Key concepts: Plan (archaeology), Test plan, Weibull distribution, Sampling (signal processing), Sample (material), Shape parameter, Scale (ratio), Product (mathematics)