DOI: 10.7256/2454-0668.2017.4.22866

Abstract: The subject of this study is the safety of vital activity of the flight and engineering-technical personnel of state aviation. The object of this study is the acoustic safety of professional activities of the flight and engineering-technical personnel of state aviation. The authors meticulously examine such aspects of the topic, as the assessment of working conditions of the flight and engineering-technical personnel of state aviation considering the noise and infrasound; risks of reducing the overall and professional performance due to the impact of the acoustic factor; as well as reliability of the flight and engineering- technical personnel of state aviation. Methodology of the research combines the methods of engineering acoustics, reliability theory, aviation medicine, occupational medicine, ergonomics, and probability theory. The main conclusion consists in substantiation of the need for developing and implementing the special means and methods to ensure the acoustic safety of professional activity of the flight and engineering-technical staff of state aviation as an integral part of the system for providing the safe aircraft operation. It is demonstrated that the system for preventing the negative impact of noise upon the aviation personnel must be comprehensive, as well as include technical and organizational measures, monitoring of the working conditions of flight and engineering-technical personnel, availability and proper application of the individual and collective noise protection, dynamic medical supervision over the flight and engineering-technical personnel of state aviation, with the implementation of a complex of medical-preventive and health-improving measures.

DOI: 10.7256/2453-8906.2017.2.21775

Abstract: The subject of this research is the ensuring of reliable professional activity of the flight and engineer technical personnel of aircraft under the impact of aircraft noise. The object is the functional reliability of operator of the aviation ergatic system. The author examine such aspect of the topic as the analysis of reliability of professional activity of aircraft flight-lifting and engineer technical personnel that ensures the employment of modern aircraft in execution of their professional responsibilities at workplace, including the use of individual and collective protection from noise. The research methodology combines the methods of reliability theory, acoustics engineering, aeronautical acoustics, system analysis and probability theory. The main conclusions of the study consist in the positions that aircraft noise is a potential source of danger, which substantiates the increased risk of erroneous actions of aviation professionals and development of professional diseases that result in the early professional disqualification. Authors’ special contribution into the research of this topic lies in acquisition of the quantitative estimates regarding the potential unreliability of actions flight-lifting and engineer technical personnel.

DOI: 10.7256/2454-0684.2016.5.14927

Abstract: Reports on materials medical-flight examination studied the incidence of aircraft lifting of the state of aviation in conjunction with the results of medical and social studies (sample size 242). It was found that the structure of morbidity significant place (maximum weight) are diseases of the musculoskeletal system (osteochondrosis and primarily scoliosis of the spine) of the circulatory system and metabolic diseases that affect the reliability of professional work and causes a decrease in professional longevity representatives of socio-professional group. The research methodology is based on the methods of occupational medicine, sociology, medicine, aviation medicine, occupational health, psychophysiology of labor. It is shown that prevention of diseases of the musculoskeletal system should be carried out with the stage of selection of candidates for training cadets and flight schools with the help of X-ray and ultrasound. The proposal for a system of professional selection and dynamic medical examination of flight personnel, the introduction of which into the practice of aviation medicine will lead to earlier detection of diseases of the spine, reduce morbidity and increase career longevity aircraft lifting of the state of aviation.

DOI: 10.7256/2310-8673.2015.1.14918

Abstract: The subject of the research is a comprehensive multi-aspect characterization of the standard of living areas adjacent to air transport enterprises, taking into account the acoustic impact of environmental conditions, medical and social factors. The authors specified the acoustic aspects of the environmental impact in the places of habitation of the representative socio-professional groups, gave estimates of the health risks caused by the cumulative effect of aircraft noise on the urban areas being researched. The conclusions of the research are summarized for residential areas that are impacted by the cumulative effects of high-intensity industrial (manufacturing) noise. The research methodology combines the research methods used by experts of medical sociology, occupational medicine, medical geography, aviation medicine and medical informatics. The main conclusion of this study is that now the noise factor in the workplace aviation affects those who work in the industry and the general population of urban areas adjacent to the air transport enterprises, results in the decline in living standards, and is a major risk factor that requires constant monitoring and implementation of appropriate preventive measures, and also taking into account the estimates provided with the development of territories adjacent to enterprises the functioning of which is associated with intense noise impact on the environment.