This book presents a methodology for assessing environmental safety in civil aviation. The methodology allows the comparison of different technological processes and evaluates their impact on the environment. At the same time, the medical and demographic indicators for ecologically unfavorable territories are compared with similar indicators in the control (background) territories in the same climatic and geographical zones. This book contains methodological recommendations for the creation of the system for ecology safety in the organizational structures of civil aviation. This book is useful to a wide audience―students of aviation, lecturers, as well as specialists in the field of ecology and those involved in ensuring the necessary ecology requirements at aviation enterprises.
Author(s): Oksana Gennadyevna Feoktistova, Igor Konstantinovich Turkin, Dmitry Alexandrovich Zatuchny
Series: Springer Aerospace Technology
Publisher: Springer
Year: 2022
Language: English
Pages: 241
City: Cham
Contents
Abbreviations
Part I Theoretical Foundations of Building of the System for Management of Ecology Safety in Civil Aviation
1 Analysis of Compliance of the System for Management of Ecology Safety in Civil Aviation with Modern Requirements
1.1 Statement of the Problem and Task of Research
1.2 International Requirements for Systems of Management of Ecology Safety
1.3 Requirements for Systems of Management of Ecology Safety in the Russian Federation
1.4 The System of Management of Ecology Safety for Flight Operations, Technical Service, and Repair
1.5 Compliance of the System of Management of Ecology Safety in Civil Aviation with International and Domestic Requirements
References
2 Analysis of Work in the Area of Improving the Requirements to the System of Management of Ecology Safety
2.1 Determination of the Factors of Ecology Threats
2.2 Analysis of Work in the Area of Improving the Requirements to the System of Management of Ecology Safety in the Russian Federation
2.3 Basic Principles of the System of Ecology Safety
2.4 Analysis of the Existing System of Management of Ecological Safety in Civil Aviation
References
3 Theoretical Studies of Ways to Improve the Efficiency of the System of Management of Ecology Safety in Civil Aviation
3.1 Development of a Mathematical Model of System Management for Ecological Safety in Civil Aviation
3.1.1 Mathematical Model of System Management for Ecological Safety
3.1.2 The Model of the Production System of Aircraft Repair
3.2 Approximate Analysis of the Directions of Improving the Efficiency of System Management for Ecological Safety in Civil Aviation
3.3 Structural Optimization of the System of Management of Ecology Safety in Civil Aviation
3.3.1 Threat and Risk Assessment at Enterprises
3.3.2 The Management of Safety and Risk at the Level of Organizational and Technical Systems (Civil Aviation)
3.3.3 Formalized Description of the Process of Management of Security and Risk
3.3.4 Assessment of the Emergency Situation in Civil Aviation
3.4 Development of a Method for Ranking Tasks in the System of Management of Ecology Safety in Civil Aviation
3.5 Methods of Expertise in the Management of Systems of Ecological Safety at Aviation Enterprises
References
Part II Comprehensive Monitoring of the System for Management of Ecology Safety in Civil Aviation
4 Development of Analytical Methods for Solving Problems of Management for Ecology Safety in Civil Aviation at the Stages of the Life Cycle of an Aircraft Product
4.1 Analysis of Existing Methods for Assessing the Ecology Consequences of Emergency Situations
4.2 Features of the Analysis of the Ecology Consequences of an Emergency Situation in Air Transport
4.3 Methodology for Assessing Ecology Safety in Civil Aviation
References
5 Development of Comprehensive Monitoring of the Sustainability of the System for Management of Ecology Safety in Civil Aviation
5.1 Development of a System for Monitoring the Anthropogenic Danger of the Techno Genic Sphere in the Mode of Real Time
5.1.1 Main Processes, Leading to Accidental Emissions
5.1.2 Distribution of Harmful Substances in the Environment
5.2 Development of a System for Monitoring the Delayed Anthropogenic Hazard of the Technogenic Sphere
5.3 Improving the Decision-Making Function, Based on Monitoring Data to Ensure the Sustainability of the System for Ecology Safety
5.4 Development of Methodological Recommendations for the Creation of the System for Ecology Safety in the Organizational Structures of Civil Aviation
5.4.1 Management Bodies of the System for Ecology Safety in Civil Aviation
5.4.2 Structure of the System for Ecology Safety
5.4.3 Economic Mechanism of Management of the System for Ecology Safety
References
6 Forecasting the Functioning of the System of Management of Ecology Safety in Civil Aviation on the Basis of Comprehensive Monitoring of Its Condition at the Stages of the Life Cycle of an Aircraft Product
6.1 Development of the Entropy Concept of Formalization of Tasks at the Main Stages of the Life Cycle of an Aircraft Product
6.2 Forecasting of Anthropogenic Hazard Processes at the Stages of the Life Cycle of an Aircraft Product
6.3 Economic Efficiency of Environmental Protection Measures
6.4 Forecasting the Role of Psychophysiological Factors in the System of Ecology Safety
References
