Research on maintenance method and upgrade strategy of engine block production line equipment
With the internationalization of manufacturing industry in our country today, how to ensure the high reliability of production equipment and minimize the cost of equipment maintenance has become an important issue for the survival and development of enterprises. Flexible formulation of the correspon...
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Veröffentlicht in: | Filomat 2018, Vol.32 (5), p.1983-1990 |
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Format: | Artikel |
Sprache: | eng |
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Zusammenfassung: | With the internationalization of manufacturing industry in our country
today, how to ensure the high reliability of production equipment and
minimize the cost of equipment maintenance has become an important issue for
the survival and development of enterprises. Flexible formulation of the
corresponding equipment update strategy is of great significance for
reducing the operating costs of enterprises, improving the labor
productivity of enterprises and even enhancing the competitiveness of the
industry. This article research on maintenance method and replacement policy
of engine cylinder automatic production line equipment of a car factory uses
failure statistics and analysis method to process related equipment
maintenance data and obtain the failure model. On this basis, the equivalent
cycle model for series system of multiple devices is established. The
equivalent cycle model is established on the finite interval [0,T]. In the
model, reliability and maintenance costs are respectively as the objective
function, and the other one as the constraints. Then a variable cycle
preventive maintenance model is established, in which the average cost rate
is as the objective function, and reliability of each preventive interval as
the constraints. These preventive maintenance decision models can provide a
quantitative basis for decision making in maintenance activities. And ,
according to the failure frequency and maintenance costs of each engine
cylinder production line equipment, this article identify the key equipments
for maintenance. Using these key equipments as study object, make an
empirical study for these preventive maintenance decision models. Finally,
based on game theory, replacement policy for the engine cylinder production
line equipment is researched. This replacement model provides a more
systematic decision-making way for equipment replacement analysis. Providing
a new thinking method, it can be a reference available for maintenance staff.
nema |
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ISSN: | 0354-5180 2406-0933 |
DOI: | 10.2298/FIL1805983Z |