煤矿生产物流系统安全与效率动态协调发展度模型研究
发布时间：2018-11-22 19:28
【摘要】：煤炭资源的广泛利用推动了我国国民经济建设进程,提高了人民生活水平并将继续做出巨大贡献。鉴于煤炭行业属于高危行业,我国煤炭生产企业往往由于重视安全而加大生产投入,导致生产过程中存在“为保安全而忽视效率”,或“企业一味追逐效率而酿成安全事故”的现象。考虑到煤炭行业的特殊性及资源有限性,如何权衡安全与效率这一相互制约、相互联系又伴有时序动态特征的两个矛盾指标,实现两者动态协调发展的研究成为亟需解决的问题。 为了对煤矿生产物流系统安全与效率的协调性进行科学全面地动态评价及优化,本文将采用系统协调度思想,改进原有协调度模型,进而构建煤矿生产物流系统安全与效率动态协调发展度模型,最后通过实证研究验证模型的适用性和可靠性,并结合实证结果向有关煤炭生产企业提出建设性系统优化对策。本文研究的主要内容包括：(1)用系统学原理解决煤炭生产物流系统协调性问题。将资源有限条件下复杂系统资源投入的利益分配问题,转化为复杂系统两子系统协调发展的问题,进而结合安全与效率之间相互影响机理,采用协调发展度思想从横向和纵向两个角度剖析系统协调问题。此为解决问题的思路创新；(2)构建煤矿生产物流系统安全与效率动态协调发展度模型。依据煤矿生产物流系统安全与效率二者的理想协调状态为评判标准,构建了复杂系统安全与效率静态协调发展度模型,结合已有理论基础和该复杂系统特点,基于时序几何平均算子将原有模型动态化,增加可调节参数,可根据评价者需要调整模型,具有一定的科学性、实用性和灵活性,更真实贴切地分析解决客观问题。此为静态模型动态化的模型创新；(3)实证研究。通过对河南省10家煤矿企业调研,讨论影响关键指标及其与系统的协调发展机理,并选取某3个煤矿实际调研并对结果分析以验证模型有效性,提出系统优化对策,为实践提供应用支持。 研究结果表明,煤矿生产物理系统安全与效率协调发展度的研究,不仅可以保障煤矿安全生产,还可以提高煤矿生产效率,并使之良性发展。本研究丰富并拓展了煤矿生产物流系统安全与效率动态协调发展与优化理论,对保障煤矿安全高效生产具有重要的现实意义。
[Abstract]:The extensive utilization of coal resources has promoted the process of national economic construction, improved the living standards of the people and will continue to make great contributions. In view of the fact that the coal industry is a high-risk industry, the coal production enterprises in our country tend to increase their production input because of the importance of safety, which leads to the existence of "neglecting efficiency for the sake of safety" in the production process. Or "enterprises blindly pursue efficiency and lead to safety accidents" phenomenon. Considering the particularity of the coal industry and the limitation of resources, how to balance the two contradictory indexes of safety and efficiency, which are mutually restricted, interrelated and accompanied by the dynamic characteristics of time series, The research of realizing the dynamic and coordinated development of the two becomes a problem that needs to be solved. In order to evaluate and optimize the coordination of safety and efficiency of coal mine production logistics system scientifically and comprehensively, this paper will adopt the idea of system coordination degree to improve the original coordination degree model. Then the dynamic coordinated development model of safety and efficiency of coal production logistics system is constructed. Finally, the applicability and reliability of the model are verified by empirical research, and the constructive system optimization countermeasures are put forward to the coal production enterprises concerned in combination with the empirical results. The main contents of this paper are as follows: (1) solving the coordination problem of coal production logistics system by systematics principle. The problem of benefit allocation of resource input in complex system under the condition of limited resources is transformed into the problem of coordinated development of two subsystems of complex system, and then combined with the interaction mechanism between security and efficiency. The coordination problem of the system is analyzed from the horizontal and vertical angles by using the idea of coordinated development degree. This is the innovation of thinking to solve the problem. (2) to construct the dynamic coordinated development model of the safety and efficiency of the production logistics system in coal mine. According to the ideal coordination state between safety and efficiency of coal mine production logistics system, a static coordinated development model of complex system safety and efficiency is constructed, which combines the existing theoretical basis and the characteristics of the complex system. The model can be adjusted according to the needs of the evaluators, which is scientific, practical and flexible, and it is more realistic and appropriate to solve the objective problems. This is the dynamic model innovation of static model; (3) empirical research. Based on the investigation of 10 coal mining enterprises in Henan Province, this paper discusses the mechanism of influencing key indexes and their coordinated development with the system, and selects three coal mines for practical investigation and analysis of the results to verify the validity of the model, and puts forward the system optimization countermeasures. Provide application support for practice. The results show that the study on the coordinated development of safety and efficiency of physical system of coal production can not only guarantee the safety of coal mine production, but also improve the efficiency of coal mine production and make it develop well. This study enriches and expands the dynamic coordinated development and optimization theory of the safety and efficiency of coal mine production logistics system, which has important practical significance to ensure the safety and efficiency of coal mine production.
【学位授予单位】：郑州大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：X936
本文编号：2350307
[Abstract]:The extensive utilization of coal resources has promoted the process of national economic construction, improved the living standards of the people and will continue to make great contributions. In view of the fact that the coal industry is a high-risk industry, the coal production enterprises in our country tend to increase their production input because of the importance of safety, which leads to the existence of "neglecting efficiency for the sake of safety" in the production process. Or "enterprises blindly pursue efficiency and lead to safety accidents" phenomenon. Considering the particularity of the coal industry and the limitation of resources, how to balance the two contradictory indexes of safety and efficiency, which are mutually restricted, interrelated and accompanied by the dynamic characteristics of time series, The research of realizing the dynamic and coordinated development of the two becomes a problem that needs to be solved. In order to evaluate and optimize the coordination of safety and efficiency of coal mine production logistics system scientifically and comprehensively, this paper will adopt the idea of system coordination degree to improve the original coordination degree model. Then the dynamic coordinated development model of safety and efficiency of coal production logistics system is constructed. Finally, the applicability and reliability of the model are verified by empirical research, and the constructive system optimization countermeasures are put forward to the coal production enterprises concerned in combination with the empirical results. The main contents of this paper are as follows: (1) solving the coordination problem of coal production logistics system by systematics principle. The problem of benefit allocation of resource input in complex system under the condition of limited resources is transformed into the problem of coordinated development of two subsystems of complex system, and then combined with the interaction mechanism between security and efficiency. The coordination problem of the system is analyzed from the horizontal and vertical angles by using the idea of coordinated development degree. This is the innovation of thinking to solve the problem. (2) to construct the dynamic coordinated development model of the safety and efficiency of the production logistics system in coal mine. According to the ideal coordination state between safety and efficiency of coal mine production logistics system, a static coordinated development model of complex system safety and efficiency is constructed, which combines the existing theoretical basis and the characteristics of the complex system. The model can be adjusted according to the needs of the evaluators, which is scientific, practical and flexible, and it is more realistic and appropriate to solve the objective problems. This is the dynamic model innovation of static model; (3) empirical research. Based on the investigation of 10 coal mining enterprises in Henan Province, this paper discusses the mechanism of influencing key indexes and their coordinated development with the system, and selects three coal mines for practical investigation and analysis of the results to verify the validity of the model, and puts forward the system optimization countermeasures. Provide application support for practice. The results show that the study on the coordinated development of safety and efficiency of physical system of coal production can not only guarantee the safety of coal mine production, but also improve the efficiency of coal mine production and make it develop well. This study enriches and expands the dynamic coordinated development and optimization theory of the safety and efficiency of coal mine production logistics system, which has important practical significance to ensure the safety and efficiency of coal mine production.
【学位授予单位】：郑州大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：X936
【参考文献】
相关期刊论文 前10条
1 李海燕;井元伟;张闻雷;;基于遗传算法的协同优化方法[J];东北大学学报(自然科学版);2009年08期
2 李佳瑾;郭鹏;;运用时序多指标决策的专家库动态优化[J];工业工程;2011年02期
3 刘阳;赵道致;何龙飞;;集中控制型VMI&TPL供应链的协调研究[J];工业工程;2012年04期
4 黄开枝;郑丽清;李坤;吉江;;基于协同度的基站群利益树动态分簇算法[J];电子与信息学报;2012年06期
5 于春云;关志民;赵希男;;基于条件乐观期望利润的供应链优化与协调模型[J];东北大学学报(自然科学版);2013年01期
6 何佳宁;靳文舟;;不同协作模式下的多级供应链动态优化[J];工业工程;2010年06期
7 王志勤;;银行破产法律制度中的安全与效率研究[J];华东师范大学学报(哲学社会科学版);2008年03期
8 陈志龙;;基于安全与效率的我国外汇储备规模管理[J];现代经济探讨;2007年09期
9 张志峰;肖人彬;;基于熵模型的生产物流系统运行评价[J];计算机集成制造系统;2010年04期
10 袁敏;黄志球;李祥;闫艳;;基于服务协调模型的业务事务验证方法[J];计算机集成制造系统;2012年03期
相关博士学位论文 前1条
1 王金凤;煤矿生产物流系统研究[D];天津大学;2005年
，本文编号：2350307
本文链接：https://www.wllwen.com/guanlilunwen/shengchanguanlilunwen/2350307.html
