Title of article
The operatorsʹ non-compliance behavior to conduct emergency operating procedures—comparing with the work experience and the complexity of procedural steps
Author/Authors
Park، نويسنده , , Jinkyun and Jung، نويسنده , , Wondea، نويسنده ,
Issue Information
روزنامه با شماره پیاپی سال 2003
Pages
17
From page
115
To page
131
Abstract
Many kinds of procedures have been used to reduce the operatorsʹ workload throughout various industries, such as in the aviation, the chemical and the nuclear industry. It is remarkable that, however, significant portion of accidents or incidents was caused by procedure related human error due to non-compliance of procedures.
s study, to investigate the operatorsʹ non-compliance behavior, emergency-training records were collected using a full scope simulator. And three types of the operatorsʹ behavior (such as strict adherence, skipping redundant actions and modifying action sequences) observed from collected emergency training records were compared with both their work experience and the complexity of procedural steps.
results, three remarkable relationships are obtained. They are: (1) the operators who have an intermediate work experience seem to frequently adopt non-compliance behavior to conduct the procedural steps, (2) the operators seem to frequently adopt non-compliance behavior to conduct the procedural steps that have an intermediate procedural complexity, and (3) the senior reactor operators seem to accommodate their non-compliance behavior based on the complexity of procedural steps. Therefore, it is expected that these relationships can be used as meaningful clues not only to scrutinize the reason for non-compliance behavior but also to suggest appropriate remedies for the reduction of non-compliance behavior that can result in procedure related human error.
Keywords
Non-compliance behavior , work experience , emergency operating procedures , nuclear power plants , The complexity of procedural steps
Journal title
Reliability Engineering and System Safety
Serial Year
2003
Journal title
Reliability Engineering and System Safety
Record number
1571306
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