As shown in the figure, the formulation of ship
maintenance is on the basis of three aspects. For the first, it
makes full use of the experience of marine servicemen.
Secondly, the statutory inspection and the related policies or
regulations of the ship inspection department is important. The
last one is CWBT that has not been effectively used in the past.
Then, analyzing the reliability, maintainability and
supportability of the equipment, it develops the initial
equipment maintenance program. According to the PHM
technology, considers the size of data acquisition, the work
environment and the maintenance time, conducts the
equipment failure prognostics and health management,
optimizes the maintenance program and constitutes a dynamic
maintenance plan gradually.
Although the ship maintenance program optimization
system contains six sub-modules, there are no obvious
boundaries between modules. The function of each module is
as follows:
As shown in the figure, the formulation of ship maintenance is on the basis of three aspects. For the first, it makes full use of the experience of marine servicemen. Secondly, the statutory inspection and the related policies or regulations of the ship inspection department is important. The last one is CWBT that has not been effectively used in the past. Then, analyzing the reliability, maintainability and supportability of the equipment, it develops the initial equipment maintenance program. According to the PHM technology, considers the size of data acquisition, the work environment and the maintenance time, conducts the equipment failure prognostics and health management, optimizes the maintenance program and constitutes a dynamic maintenance plan gradually. Although the ship maintenance program optimization system contains six sub-modules, there are no obvious boundaries between modules. The function of each module is as follows:
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