Bayesian network approach for dragline reliability analysis: A case study.
An object of class bn.fit
. Refer to the documentation of bnlearn
for details.
A discrete Bayesian network for the evaluation of the reliability of a draglines system. Probabilities were given within the referenced paper. The vertices are:
Teeth Failure (True, False);
Adapter failure (True, False);
Equalizer pins (True, False);
Anchor pins (True, False);
Hitch shackle pins (True, False);
Drag motor failure (True, False);
Drag motor failure2 (True, False);
Control system failure (True, False);
Drag rope failure (True, False);
Gearbox failure (True, False);
Drag drum failure (True, False);
Drag chain failure (True, False);
Drag brake failure (True, False);
Drag socket failure (True, False);
Drag pulley failure (True, False);
Dump rope failure (True, False);
Dump socket failure (True, False);
Dump pulley failure (True, False);
Hoist motor 1 failure (True, False);
Hoist motor 2 failure (True, False);
Hoist rope failure (True, False);
Control system failure (True, False);
Hoist chain failure (True, False);
Hoist brake failure (True, False);
Rotate frame failure (True, False);
Roller failure (True, False);
Gearbox failure (True, False);
Control system failure (True, False);
Swing motor failure (True, False);
Swing motor failure (True, False);
Exciter failure (True, False);
M.G. set failure (True, False);
Synchronous motor failure (True, False);
DC problem failure (True, False);
Power failure (True, False);
Trailing cable failure (True, False);
Compressor failure (True, False);
Lubrication system failure (True, False);
Guide pulley failure (True, False);
Boom light failure (True, False);
(True, False);
(True, False);
(True, False);
Bucket and accessories (True, False);
Drag mechanism (True, False);
Rigging mechanism (True, False);
Hoisting mechanism (True, False);
Swing mechanism (True, False);
Electrical auxiliary (True, False);
Other subsystem (True, False);
(True, False);
Kumar, D., Jana, D., Gupta, S., & Yadav, P. K. (2023). Bayesian network approach for dragline reliability analysis: A case study. Mining, Metallurgy & Exploration, 40(1), 347-365.