SAFETY OF COMPLEX AIRCRAFT ERGATIC SYSTEMS

• Published in: Problemy Transportu Vol. 14; no. 2; pp. 101 - 110
• Main Authors: PIL'A, Jan, KOZUBA, Jaroslaw
• Format: Journal Article
• Language: English
• Published: Exeley Inc 01.01.2019; Silesian University of Technology
• Subjects: aircraft critical systems; ergatic system; system monitoring; system integration; system redundancy; Aircraft safety; Data collection; Retirement benefits; Safety and security measures; Technology
• ISSN: 1896-0596; 2300-861X
• DOI: 10.20858/tp.2019.14.2.9

In this paper, aircraft safety of complex critical systems in terms of the automation and safety has been investigated. We think, due to the automation, the role of operators has shifted from active control to passive monitoring. Performing this last task even might be more difficult because of the monotony and needs of realization of the active control in emergency situation. The management of complex ergatic systems is relevant at the present stage of the development of science and technology. It is a particular concern to evaluate the activity of an operator as the element of the ergatic system. New technologies presented by automation should complement and not displace human functions in aircraft control. The paper focuses on new technologies applied in aircraft systems to ensure higher safety and system reliability. The main problem of aircraft safety is addressed to aircraft critical systems as helicopter transmission system monitoring, aircraft system integration, and system redundancy. The research is based on experimental methods and case studies. The subject of the research is to evaluate the importance of complex ergatical systems, e.g., interaction between the subject and the object in its operational process. As the example of helicopter main gearbox diagnostics, as an object of complex engineering system, is stated hypothesis that there is possibility to determine changes in the characteristics of critical flight parameters and to determine the current level of flight hazard. The work is based on experimental and measurement-based testing, systematic and scientific procedure of data collection, analysis and interpretation. The practical implication can be utilized for safety benefits, risk mitigation and avoidance.