次の認定試験に速く合格する!
簡単に認定試験を準備し、学び、そして合格するためにすべてが必要だ。
(A)Consequence of failure side of the equation
(B)Probability of failure side of the risk equation.
(A)May not be valid
(B)Valid till the equipment exists with any change
(C)Can be valid with some correction by engineers
(A)Risk analysis
(B)Risk
(C)Hazard analysis
(A)To compare the results with previous measurements on that system
(B)Similar systems at the site or within the company or published data
(C)All of the above
(D)Tocomparing data from the inspections to theexpected deterioration mechanism and rates
(A)Environmental impact caused due to toxic release
(B)Other potential failure scenarios resulting from events such as power S failures or human errors
(C)Other potential failure resulting from events such as flammable fire due to leak from equipment
(A)Mechanical integrity
(B)Total asset integrity
(C)Plant integrity
(A)Hazop
(B)Rem
(C)Pha
(D)Rbi
(A)The suitability and current condition of the equipment within the current operating envelope will determine the probability of failure (pof) of the equipment from one or more deterioration mechanisms
(B)Failure mechanisms (such as brittle fracture, fatigue) where avoidance of failure primarily depends on operating within a defined pressure/temperature envelope
(C)Consequence-dominated risks
(D)Equipment nearing retirement
(A)Metal loss
(B)Only rupture
(C)Cracks
(D)Larger leaks or rupture
(A)Rotating equipment
(B)Pressurized pumps
(C)Turbines
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