anant_s
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Like in all complex systems reliability among many other factors depend on
a. Quality of spares
b. Design of system itself
In reliability analysis we hear two things Mean time between Failure (MTBF) (Average time between two failures or outages of a system)and Mean Time to repair (MTTR) (Average time required to bring back system to service or maintenance). These two factors decide the uptime of a system or in simpler words Availability.
Now the quality of maintenance which includes skills of maintainers and quality of spares decides two things. If maintenance is done in proper manner using proper spares, your system will be up for longer improving availability by reducing MTBF.
Similarly the skills and design consideration of maintenance will decide how quickly the maintenance will be done, reducing MTTR.
Both these things go hand in hand to decide Availability and therefore have to be looked holistically.
@MilSpec Sir, could you shed some more light on the topic.
a. Quality of spares
b. Design of system itself
In reliability analysis we hear two things Mean time between Failure (MTBF) (Average time between two failures or outages of a system)and Mean Time to repair (MTTR) (Average time required to bring back system to service or maintenance). These two factors decide the uptime of a system or in simpler words Availability.
Now the quality of maintenance which includes skills of maintainers and quality of spares decides two things. If maintenance is done in proper manner using proper spares, your system will be up for longer improving availability by reducing MTBF.
Similarly the skills and design consideration of maintenance will decide how quickly the maintenance will be done, reducing MTTR.
Both these things go hand in hand to decide Availability and therefore have to be looked holistically.
@MilSpec Sir, could you shed some more light on the topic.