新型墙材生产设备故障建模与分析

发布时间：2018-05-12 04:26

本文选题：新型墙体材料 + 故障建模与分析　；参考：《南昌大学》2013年硕士论文

【摘要】：在振兴装备制造业政策的推动下,我国新型墙体材料机械装备制造业取得了巨大进步,发展态势良好,基本实现了新型墙体材料机械制造装备整线工程,研究并开发出一整套科技含量较高、利废效果较好、节能效果较显著、拥有自主知识产权的新型墙体材料机械制造装备,但设备突发故障频发、可靠性不高、使用和维修制度不完善给新型墙体材料制造企业带来高昂的维修保养费用,降低了企业的生产效率和企业竞争力,阻碍了新型墙体材料产业升级。因此,如何提高新型墙体材料生产设备可靠性和维修性已经成为新型墙体材料机械装备制造企业面临的新课题。本文针对某新型墙体材料机械装备制造企业的管理需求并结合国内外设备故障建模与分析的研究现状,以该企业某一重要客户典型的新型墙体材料整线生产设备为研究对象,建立了基于故障树分析法(FTA)的设备故障模型并进行了定性和定量分析。在分析了新型墙体材料整线的可靠性和维修性基础上提出了基于可靠性和维修性的新型墙体材料整线可用性改进策略。最后,以Visual Studio2012为开发平台、SQL Server2008为后台数据库,采用.Net Framework4.0框架、C#开发语言和Silverlight5技术开发出一套用于设备管理和设备分析与决策的管理系统,用于辅助指导设备的日常管理、预防维护和分析决策等工作。该系统已经在该企业上线运行并达到了预期效果。
[Abstract]:Driven by the policy of revitalizing the equipment manufacturing industry, China's new wall materials, machinery and equipment manufacturing industry has made great progress and developed well, basically realizing the whole line project of the new wall materials machinery manufacturing equipment. Research and development of a set of new wall materials machinery manufacturing equipment with high science and technology content, good waste benefit effect, remarkable energy saving effect, and independent intellectual property rights, but the equipment has frequent sudden failures and low reliability. The imperfect use and maintenance system brings high maintenance cost to the new wall material manufacturing enterprises, reduces the production efficiency and competitiveness of the enterprises, and hinders the upgrading of the new wall materials industry. Therefore, how to improve the reliability and maintainability of the new wall material production equipment has become a new task facing the new wall material machinery and equipment manufacturing enterprises. In this paper, according to the management requirements of a new type of wall material machinery and equipment manufacturing enterprise and the research status of equipment fault modeling and analysis at home and abroad, a typical new type of wall material whole line production equipment of an important customer of this enterprise is taken as the research object. The fault model of equipment based on fault tree analysis (FTAA) is established and analyzed qualitatively and quantitatively. Based on the analysis of the reliability and maintainability of new wall materials, an improved strategy for the availability of new wall materials is put forward based on reliability and maintainability. Finally, a management system for equipment management, equipment analysis and decision is developed by using .net Framework4.0 framework C # development language and Silverlight5 technology, which can be used to guide the daily management of equipment, taking Visual Studio2012 as the development platform and SQL Server2008 as the background database, and using the. Net Framework4.0 framework C # development language and Silverlight5 technology to develop a set of management system. Prevention, maintenance, analysis, decision making, etc. The system has been running in the enterprise line and achieved the desired results.
【学位授予单位】：南昌大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：TU522.05

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