Research and Evaluation Method for Echelon Usage of Double-Life Equipment Considering Calendar Life
Source abstract
Abstract
Echelon usage is an important usage and control method for double-life equipment considering calendar life, which can improve the utilization rate of equipment life and give full play to the economic benefits of the equipment. However, the life indicator considered by the most common echelon usage method is single, and most methods evaluate the echelon usage through the echelon uniformity of working life. The conclusions obtained are limited for the usage and control of double-life equipment, so it is necessary to study the life evaluation method considering calendar life. In this paper, by analyzing the life consumption law of double-life equipment, the recursive method is used to calculate the controllable life range in the process of echelon usage. The evaluation method of working life distribution considering calendar life is proposed. The equipment life reserve is evaluated according to the unit task quantity of the equipment. The results show that the new method can quickly analyze the equipment beyond the usage and control range, evaluate the distribution of working life more accurately, reflect the shortage of equipment reserve life, and has guiding significance for the usage and control of equipment.
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Research context
OpenAlex topics: Engineering Applied Research · Industrial Vision Systems and Defect Detection · Manufacturing Process and Optimization
SciVX discovery tags are terminology-based. OpenAlex topics are source-provided classifications.
Affiliations
School of Equipment Management and UAV Engineering, Air Force Engineering University, Xi’an 710051, China
References (29)
Show source-provided references
1. Study on Reliability and Life Assessment Method of Missile Electromechanical Products
2. Wang, Y. (2011). Analysis of Aeroengine Fleet Stagger Management. Aviat. Maintenange Eng., 84–86.
3. Considerations on the Calendar Life of Military Aircraft Structures
4. Calender Life of Aircraft Based on Annual Flight Fequency
5. Cycle Cost Analysis and Control Strategy of Missile Weapons
6. Research in echelon usage of aircraft considering the calendar lift
7. Research in the aircraft scheme model based on multi- objective programming
8. Yue, J. (2019). Method of Drawing Helicopter Cascade Use Plan. Electron. Technol., 100.
9. Modeling and Analysis on Operational Readiness Evaluating of Ship-to-Air Missiles Aboard Ship
10. The Usage and Control Analyzed of Military Aircraft Life Indicator
11. Methods for Reliable Life Consumption Assessment and Life Management
12. Fu, L., Li, Y., Wang, X., and Kang, K. (2021). Research on health management technology of American missile weapon. Aerodyn. Missile J., 81–86.
13. A Brief Analysis of the Evolution of Related Concepts of U.S. Military Equipment Support
14. A Schedule of Equipment Support Based on the Control of Life-limiting Components for Fighter Aircraft Maritime Cruise
15. Performance Evaluation of Storage Guided Ammunition Based on KPCA and LS-SVM
16. Reliability assessment of high-quality and long-life products based on zero-failure data10.1002/qre.2398 ↗
17. Current status, challenges and opportunities of civil aero-engine diagnostics & health management II: Comprehensive off-board diagnosis, life management and intelligent condition based MRO
18. Research and Suggestion of Lifecycle Management for Aeroengine Development
19. Analysis of safety full life-span management rule system on shipboard ammunition
20. Ansysis of a Helicopter-borne Pod Service Life
21. Research on Multi-state Life Control Strategy and Simulation of Aero-engine
22. Evaluation indexes for echelon usage control of military aircraft
23. A Method of the Optimal Echelon Usage Interval Time Calculation to Aircraft Fleet and Equipment
24. Zhang, H. (2020). Maintenance Interval Determining Model of Civil Aircraft Structure Based on Utilization Ratio Comprehensive Evaluating, Civil Aviation University of China.
25. Zhang, Q., and Wang, Y. (, January December). Research on Aircraft Use Decision Based on AHP-GRAP. Proceedings of the China Aviation Society Equipment Maintenance Support Informatization Seminar, Nanjing, China.
26. Liu, Q., Li, L., and Su, T. (2016). The Control Indicators Research in Echelon Usage of Aircraft Basing on Training Data. Aircr. Des., 4–7.
27. Research on the Aircraft Usage Decision Based on BP Neural Network
28. Evaluation of Equipment Maintenance Support Capability Based on Neural Network in Wartime
29. Miao, Q., Zhang, X., Qin, P., and Liu, X. (2022). Modeling and I-NSGA-III-VLC Solution of Aircraft Equipment Rotation and Echelon Usage under Uncertainty. Appl. Sci., 12.10.3390/app122010482 ↗