Approach of Reliability Approximation with Extent of Error for a Resistor under Weibull Setup

Analytical determination of reliability of a complex system is item dependent and setup dependent and a very difficult task. In this paper we propose reliability approximation based on reliability bounds for one such engineering item - a Resistor with independent components having the Weibull distri...

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Main Authors: Sadananda Nayak, Dilip Roy
Format: Article
Language:English
Published: Springer 2015-08-01
Series:Journal of Statistical Theory and Applications (JSTA)
Subjects:
Online Access:https://www.atlantis-press.com/article/25840075.pdf
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author Sadananda Nayak
Dilip Roy
author_facet Sadananda Nayak
Dilip Roy
author_sort Sadananda Nayak
collection DOAJ
description Analytical determination of reliability of a complex system is item dependent and setup dependent and a very difficult task. In this paper we propose reliability approximation based on reliability bounds for one such engineering item - a Resistor with independent components having the Weibull distribution. Earlier approach for reliability approximation was discretization. We provide a different approach for reliability approximation so that one not only gets a clear idea about the extent of error but also can adjust reliability in terms of distributional parameters. This reliability approximation having the Weibull distribution can be of practical use and importance as reliability approximation is developed in terms of distributional parameters.
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spelling doaj.art-0c24c49018144e0b91e1b22a12a21bd42022-12-22T02:10:37ZengSpringerJournal of Statistical Theory and Applications (JSTA)1538-78872015-08-0114310.2991/jsta.2015.14.3.5Approach of Reliability Approximation with Extent of Error for a Resistor under Weibull SetupSadananda NayakDilip RoyAnalytical determination of reliability of a complex system is item dependent and setup dependent and a very difficult task. In this paper we propose reliability approximation based on reliability bounds for one such engineering item - a Resistor with independent components having the Weibull distribution. Earlier approach for reliability approximation was discretization. We provide a different approach for reliability approximation so that one not only gets a clear idea about the extent of error but also can adjust reliability in terms of distributional parameters. This reliability approximation having the Weibull distribution can be of practical use and importance as reliability approximation is developed in terms of distributional parameters.https://www.atlantis-press.com/article/25840075.pdfStress-Strength ModelSystem ReliabilityWeibull distributionReliability boundReliability approximationExtent of error.
spellingShingle Sadananda Nayak
Dilip Roy
Approach of Reliability Approximation with Extent of Error for a Resistor under Weibull Setup
Journal of Statistical Theory and Applications (JSTA)
Stress-Strength Model
System Reliability
Weibull distribution
Reliability bound
Reliability approximation
Extent of error.
title Approach of Reliability Approximation with Extent of Error for a Resistor under Weibull Setup
title_full Approach of Reliability Approximation with Extent of Error for a Resistor under Weibull Setup
title_fullStr Approach of Reliability Approximation with Extent of Error for a Resistor under Weibull Setup
title_full_unstemmed Approach of Reliability Approximation with Extent of Error for a Resistor under Weibull Setup
title_short Approach of Reliability Approximation with Extent of Error for a Resistor under Weibull Setup
title_sort approach of reliability approximation with extent of error for a resistor under weibull setup
topic Stress-Strength Model
System Reliability
Weibull distribution
Reliability bound
Reliability approximation
Extent of error.
url https://www.atlantis-press.com/article/25840075.pdf
work_keys_str_mv AT sadanandanayak approachofreliabilityapproximationwithextentoferrorforaresistorunderweibullsetup
AT diliproy approachofreliabilityapproximationwithextentoferrorforaresistorunderweibullsetup