煤矿企业安全系统进化机制研究
[Abstract]:In recent years, the situation of coal mine safety in our country has been obviously improved, but it has not reached the level of acceptable risk, and the pressure of safety production is still great. The current research is mainly based on "accident" and "risk" reverse "research and" intermediate "research, while" system "based on the forward research is less. Based on the change of the situation of coal mine safety production, it is necessary to study the influencing factors and the interaction mechanism of the coal mine safety system evolution from the perspective of the forward research of the enterprise system. It can provide the basis for the decision of coal mine enterprise safety production and the further improvement of coal mine safety production situation in our country. The main contents and achievements are as follows: based on the current research situation of enterprise system and the economic function goal, the concept of enterprise security system is established by combining the idea of security system, and the concept of enterprise security system is established through theoretical analysis. Five characteristics of enterprise security system are determined, which are evolution characteristic, self-organization characteristic, other organization characteristic, limit characteristic and complex adaptability characteristic. Through the analysis of the evolution process of coal mining enterprise system after entering the 21st century, it is concluded that the evolution characteristics of coal mine enterprise safety system in this period are as a whole evolution. At present, the stage of coal mine safety production in our country is the stage of safety assurance under the supervision of legal system, and the dynamic factors of the evolution of safety system of coal mine enterprises in our country are analyzed, and verified by structural equation modeling. On the basis of the existing research on the factors causing accidents, this paper investigates the evolution trend of the four factors of coal mine safety system material condition, personnel safety quality, systematic factor and social factor in the last ten years. An evolutionary model based on accident system view is proposed. In this paper, the adaptive learning mechanism of safety system in coal mining enterprises is studied, and the main body division method based on business scope and organization structure is put forward, and based on the behavior model of individual learning, the aggregation and marking mechanism of individual learning of organizational members is used. The learning model of the main body of the safety system in coal mining enterprises is put forward. This paper analyzes the evolution process of coal mine enterprise safety system from three angles of the whole system, working environment and individual, and analyzes the sudden change of coal mine enterprise safety system in the process of evolution. The catastrophe paths under different control variables at different levels of the system are obtained, and a quantitative representation method of the cusp mutation model in the evolution process of the coal mine safety system is proposed, which combines the linguistic description habit and the cusp mutation condition of the system safety state. With the help of the emerging research results in systems science, the emergence of safety systems in coal mining enterprises is analyzed, and the mechanism of emergence of safety systems in coal mines is studied. A conceptual model for the emergence of safety systems in coal mining enterprises is proposed. In order to understand scientifically the result of interaction of various elements of safety system in coal mine enterprises, the paper puts forward five elements of evaluation of function emergence from the point of view of the emergence of whole function of system, and constructs the evaluation index system of function emergence of safety system of coal mine enterprise. The weight of each evaluation index is determined by AHP. In general, this paper broadens the research perspective in the field of production safety, and constructs a system-based forward research framework, which has important theoretical value, and also provides a reference for the practice of safety production in coal mining enterprises.
【学位授予单位】:西安科技大学
【学位级别】:博士
【学位授予年份】:2015
【分类号】:F426.21;TD7
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