Labour-guard aspects of increase reliability of machines and mechanisms

Authors

DOI:

https://doi.org/10.30838/P.CMM.2415.250918.238.159

Keywords:

safety, reliability, aviation technology, injuries, psychophysiological factors

Abstract

Goal. to investigate the dependence of the complexity of  aircraft repair  on the indicators of occupational injuries taking into account the physical and psycho-physiological factors of the occurrence of occupational injuries.  The methodology  consists in the process  of  accumulation,  processing  and  analysis  of  information,  which  allows  obtaining  a  definition  of  the  occurrence  of occupational injuries during the repair of aviation engineering. Scientific novelty of improvement of the processes of accumulation, processing and analysis of information, which allows to increase the efficiency of solving the problems of individual assessments of the state of structures of aviation equipment, aircraft aircraft fleet of the whole, as well as the problems of assessing the condition of occupational  injuries  during  repair.  Problems.  This  raises  the  problem  of  unified  representation and  systematization  of  complex information to ensure its  further use in  modern automated data  collection and processing systems. In the process of operation of aviation equipment (AT) there is a degradation of its technical condition, which is due to the influence of the external envi ronment and load modes. The effect of these  factors is accompanied by the appearance of various defects, the quantitative and qualitative parameters  of  which  are  largely  determined  by  the  technologies  used  in  maintenance  and  repair  of  the  construction.  Practical significance Using the information extraction algorithm allows you to receive arrays of information that meet certain conditions or attributes.  Data  can  be  presented  in  the  form  of  charts  and  graphs,  spreadsheets,  exported  to  specialized  statistical  processing programs,  used  in  other  automated  systems.  Analysis  of  the  received  information  arrays  allows  us  to:  solve  some  problems  of strength and reliability; to evaluate the production risks; have a visual picture of the after-repair condition of the aircraft; to increase the safety of work safety at aviation enterprises.

Author Biographies

B. D. Khalmuradov, Department of Cyvil and Industrial Safety of National Aviation University, Cosmonaut Komarov avenue, 1, Kiev, Ukraine

Ph.D.  (Med.), Professor

O. M. Signayevsky, Department of Cyvil and Industrial Safety of National Aviation University, Cosmonaut Komarov avenue, 1, Kiev, Ukraine

Seniour Teacher

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Published

2018-09-25

Issue

Section

Life Safety