API Risk Based Inspection Professional - API-580무료 덤프문제 풀어보기

A. environmental damage.

B. number of injuries.

C. cost of loss.

D. affected area.

A. All credible damage mechanisms

B. All corrosion and cracking damage mechanisms

C. All damage mechanisms in API RP 571

D. All potential damage mechanisms

A. continuous improvement cycle involved in RBI reassessment.

B. variance from low to high in detail of RBI analysis.

C. range between qualitative and quantitative RBI.

D. range between data collection and risk mitigation for RBI.

A. The primary contributor(s) responsible for a significant share of a risk value.

B. The primary element(s) to find, list, and characterize consequence of failure.

C. The primary element(s) to find, list, and characterize probability of failure.

D. The primary identifier(s) used to assist in the acceptance or mitigation of found damage.

A. determine what loss of containment incident could occur, and how likely the incident could occur.

B. determine the damage mechanisms that could occur and cause equipment failure that could lead to loss of containment.

C. identify the worst possible consequences of a major leak or equipment failure, including safety, environmental, and/or economic consequences.

D. determine the likelihood that a major leak could result in a fire, an explosion, or another major consequence.

A. modifying physical design to control inventory.

B. mitigating the consequence of failure.

C. modifying the process.

D. mitigating the probability of failure.

A. relative risk.

B. general risk.

C. specific risk.

D. absolute risk.

A. Checking the impact of having more than one damage mechanism progressing toward failure at the same time

B. Reviewing some or all input variables to the risk calculation to determine the overall influence on theresultant risk value

C. Determining what effect the surrounding community may have on the total consequence of the release to the environment

D. Determining whether a flammable release is more likely to result in an explosion versus a fire versus safe dispersion

A. not be useful because there is no inspection history.

B. yield useful information on potential future risks.

C. be conducted only after 1000 hours of operation to establish operating and inspection data.

D. be needed in order to define the risk criteria to be used in service.

A. all damage mechanisms that may be present at a site.

B. situations in which equipment is susceptible to multiple damage mechanisms.

C. causes of failure such as operator errors, PMI inaccuracies, and design flaws.

D. only the damage mechanism that is most likely to cause failure.