| Modeling and Analysis of Complex Equipment Maintenance Dynamics |
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| 作者姓名： | YIN Xiao-hu LIU Hai-yan WEN Xi-sen QIAN Yan-ling YANG Yong-min |
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| 作者单位： | [1]Institute of Mechatronic Engineering, School of Mechatronics and Automation, National University of Defense Technology, Changsha g10073, P. R. China [2]School of Language and Culture, Nanjing University of Information Science Technology, Nanjing 210044, P. R. China |
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| 摘 要： | An equipment maintenance system is naturally a complex dynamical system. The effective mamanagement must be based on the knowledge of the system＇s intrinsic dynamics. And the strueture of the maintenance system determines its behavior. This paper analyzes the basic structures and elements of a maintenance system for complex multi-components equipment. The maintenance system is considered as a dynamic system whose behavior is influenced by its structure＇s feedback and interaction, and the system＇s available resources. Building the dynamical model with Simulink, we show some results about the maintenance system＇s nonlinear dynamics, ods. The model can be used for understanding and which operational adjustments of maintenance which are never given by stochastic process methdetermining maintenance system behavior, towards n of maintenance requirements and timely supply of maintenance resources can be made in a more informed way.
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| 关 键 词： | 设备维护系统 复杂动力系统 系统建模 系统仿真 |
| 修稿时间： | 2007-03-28 |
Modeling and Analysis of Complex Equipment Maintenance Dynamics |
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| YIN Xiao-hu,LIU Hai-yan,WEN Xi-sen,QIAN Yan-ling,YANG Yong-min.Modeling and Analysis of Complex Equipment Maintenance Dynamics[J].International Journal of Plant Engineering and Management,2007,12(3):121-130. |
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| Authors: | YIN Xiao-hu LIU Hai-yan WEN Xi-sen QIAN Yan-ling YANG Yong-min |
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| Abstract: | An equipment maintenance system is naturally a complex dynamical system. The effective maintenance management must be based on the knowledge of the system's intrinsic dynamics. And the structure of the maintenance system determines its behavior. This paper analyzes the basic structures and elements of a maintenance system for complex multi-components equipment. The maintenance system is considered as a dynamic system whose behavior is influenced by its structure's feedback and interaction, and the system's available resources. Building the dynamical model with Simulink, we show some results about the maintenance system's nonlinear dynamics, which are never given by stochastic process methods. The model can be used for understanding and determining maintenance system behavior, towards which operational adjustments of maintenance infrastructure, precise prediction of maintenance requirements and timely supply of maintenance resources can be made in a more informed way. |
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| Keywords: | modeling and simulation dynamics maintenance system complex equipment |
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