[1]宋婷,方俊,鄒浩陽,等.港口大型設備狀態評估及管理信息系統的設計[J].起重運輸機械,2019,(06):54-58.
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港口大型設備狀態評估及管理信息系統的設計()
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《起重運輸機械》[ISSN:1001-0785/CN:11-1888/TN]

卷:
期數:
2019年06期
頁碼:
54-58
欄目:
設計計算
出版日期:
2019-04-30

文章信息/Info

Title:
Design of Information System for State Evaluation Management about Large Port Equipment
文章編號:
1001-0785(2018)
作者:
宋婷方俊鄒浩陽黃鐘韜陳昆宋婷方俊鄒浩陽黃鐘韜陳昆
關鍵詞:
font-size: 10pt">港口設備金屬結構 font-size: 10pt">B/S font-size: 10pt">與 Times New Roman" font-size: 10pt">C/S font-size: 10pt">模式技術狀態評估可靠性信息系統
分類號:
U653
文獻標志碼:
A
摘要:
中國港口大型設備金屬結構技術狀態評估方法偏傳統,考慮因素片面,且設備基礎管理薄弱,不能科學監測設備動態。為了提高港口大型設備金屬結構技術狀態評估的準確性與可靠性,提高設備管理與維護的效率, 建立了港口大型設備金屬結構技術狀態評估及管理信息系統,它以信息技術、數據庫技術和網絡技術為技術支持, 結合金屬結構理論、實時檢測數據、歷史參數和模糊綜合評判法,建立金屬結構技術狀態評估模型,為港口提供設備安全指數,維修與檢測建議,優化維修檢測周期,為科學管理港口大型設備提供保障。 實際應用表明,建立的設備金屬結構技術狀態評估及管理信息系統對于降低設備故障率, 提高設備壽命、可靠性、生產能力和管理效率,減少港口安全事故,產生了積極意義。
Abstract:
Metal structures technical condition evaluation method of large equipment bias towards tradition, consider one-sided, the basic management of equipment is weak equipment dynamics aren’t monitored scientifically in Chinese port. In order to improve the accuracy reliability of metal structures technical condition evaluation about port large equipment the efficiency of management maintenance about equipment, the information system for technical status evaluation management about metal structure of large port equipment is established. It’s supported by information technology, database technology network technology a model for evaluating the technical status of metal structures is established with metal structure theory, real time detection data, historical parameters fuzzy comprehensive evaluation method. It can provides equipment safety index maintenance testing suggestions for port, optimize equipment inspection cycle provide support for scientific management of large port equipment. The practical application shows that the established information system for technical status evaluation management about metal structure has a positive effect to reduce the failure rate of equipment, improve equipment reliability, service life, production capacity management efficiency reduce the port safety accident.

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備注/Memo

備注/Memo:
收稿日期:2017-11-18
更新日期/Last Update: 2019-06-03
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