EMPIRICAL EVALUATION OF DEPENDABILITY OF AVIONICS COMPONENTS UNDER CONDITIONS OF AFTER-SALES SERVICE

Abstract

Purpose: the main purpose of this research is to improve the accuracy of dependability evaluation of avionics components under conditions of after-sales service. The accuracy of calculation of reliability measures offered to improve by the application of probabilistic-physical diffus ion nonmonotonic failure model. Methods: the article proposes technique for estimating the accuracy of the quantile method based on the simulation modeling of the process of occurrence of single failures, confirming the high data validity of the empirical estimates of mean time to failure. Results: we obtained the quantitative assessment of evaluation errors of mean time to failure. The calcul ation was made for practically important in the operation of onboard equipment ranges of variation of first failure in the conjunction of the total number of sets of the same type operated. The presented results of the research show that the quantile method is effective tool for estimation the actual reliability of operated avionics components by single failures. Discussion: during the operational phase of aircraft the quantiles method with using of probabilistic- physical model of failure is an effective tool for obt aining adequate estimates of dependability of maintained avionics components. First of all it concerns the mean tim e to failure - one of the measures of reliability. This measure is widely used in international st andards. The presented methodology provides increasing the efficiency of integrated logistics support in the process of monitoring the technical condition and maintenance characteristics of aircraft components

Authors and Affiliations

Victor Gribov, Yurii V. Hryshchenko, Yurii Yu. Hryshchenko

Keywords

Related Articles

LEGAL MECHANISMS TO ENSURE SE CURITY OF ENTREPRENEURSHIP (AVIATION ASPECT)

Purpose: the purpose of our research is an analysis of existing threats, dangers and challe nges of entrepreneurship in conditions of the present and the formulation of the bas ic foundations for forming methods of en...

REMOTELY PILOTED AIRCRAFT SYSTEMS OPERATIONS UNDER UNCERTAINTY CONDITIONS

The article deals with the analysis of the research conducted in the field of influence of uncertainty fac- tors on remotely piloted aircraft systems operations. We revi ewed the models suitable for estimation of uncerta...

THE ISSUES OF THE DEVELOPMENT STRATEGY FORMATION OF AUTOMOBILE INDUSTRY COMPANIES IN UKRAINE

Purpose: The purpose this study of is to consider the problem s to ensure the efficiency of of automobile industry enterprise, to identify measures and areas of improvement an d optimization of freig...

A HUMAN RIGHTS APPROACH TO LIABILITY FOR SPACE DAMAGE

The purpose of the research: to identify the areas of optimization of legal regulation of liability for space damage on the basis of a comprehensive analysis of international acts and legislation of foreign countries....

THE OPTIMIZING THE EXTRACTION PROCESS OF BIOLOGICALLY ACTIVE SUBSTANCES OBTAINED FROM DANDELION LEAVES (TARAXACUM OFFICINALE WIGG)

Purpose: to optimize the process of separation of biologically active substances from medicinal dandelion leaves. Methods: Different methods for the selection of biologically active substances from the medicinal dandelio...

Download PDF file
  • EP ID EP504927
  • DOI 10.18372/2306-1472.74.12294
  • Views 108
  • Downloads 0

How To Cite

Victor Gribov, Yurii V. Hryshchenko, Yurii Yu. Hryshchenko (2018). EMPIRICAL EVALUATION OF DEPENDABILITY OF AVIONICS COMPONENTS UNDER CONDITIONS OF AFTER-SALES SERVICE. Вісник Національного Авіаційного Університету, 74(1), 75-83. https://europub.co.uk/articles/-A-504927