This is the author's second bibliography on process capability indices (PCIs) and contains
approximately 1080 journal papers and books for the period 2010–2021. The related …

In this article, to estimate the generalized process capability index (GPCI) Cpyk when the
process follows the power Lindley distribution, we have used five methods of estimation …

The Weibull distribution plays an important role in reliability and quality control monitoring.
This model has been widely used to describe the process capability index (PCI) when data …

A new two-parameter power Zeghdoudi distribution (PZD) is suggested as a modification of
the Zeghdoudi distribution using the power transformation method. As a result, the PZD may …

Piecewise models have gained popularity as a useful tool in reliability and quality
control/monitoring, particularly when the process data deviates from a normal distribution. In …

The process capability indices (PCIs) are frequently adopted to measure the performance of
a process within the specifications. Although higher PCIs indicate higher process “quality,” …

In this paper, we introduce a new process capability index, C pmk′ C^′_pmk based on an
asymmetric loss function (linear exponential) for normal process. To estimate C pmk …

The process capability indices (PCIs) are frequently adopted to measure the performance of
a process within the specifications. Although higher PCIs indicate higher process “quality” …

In this article, we propose a new process capability index called C pmc′ which is based on
asymmetric loss function (linear exponential) and tolerance cost function for a normal …

This article suggests a novel process capability index (PCI) termed as S pk ″, which is
based on an asymmetric loss function (linear exponential) for a normal process and offers a …