An Overview of Maritime Waterway Quantitative Risk Assessment Models
Обзор количественных моделей оценки риска на морских водных путях
2011-10-28
SCID: 54.1/ehdy7hrw
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Consequence estimation modelsFrequency estimation modelsHuman error quantificationMaritime waterway risk assessmentQuantitative risk assessment models
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Abstract (AI)
The safe navigation of ships, especially in narrow shipping waterways, is of the utmost concern to researchers as well as maritime authorities. Many researchers and practitioners have conducted studies on risk assessment for maritime transportation and have proposed risk reduction/control measures accordingly. This article provides a detailed review and assessment of various quantitative risk assessment models for maritime waterways. Eighty-seven academic papers and/or project reports are summarized and discussed. The review then proceeds to analyze the frequency and consequence estimation models separately. It should be pointed out that we further summarize the advantages and disadvantages of frequency estimation models and provide recommendations for their application. From the overview, we find that the quantification of the impact of human error is of great importance and should be considered in future studies. Possible solutions are also proposed in the discussions.
Key Findings
1
Frequency-estimation and consequence-estimation models are analyzed separately to clarify their roles in quantitative waterway risk assessment.
2
The article reviews and evaluates quantitative risk assessment models for maritime waterways, particularly focusing on safe navigation in narrow shipping channels.
3
The review identifies quantitative treatment of human error impacts as a major priority for future maritime waterway risk studies and discusses possible solutions.
4
The review synthesizes 87 academic papers and project reports addressing maritime transportation risk assessment and risk reduction or control measures.
5
The study summarizes the advantages and disadvantages of frequency-estimation models and provides recommendations for selecting and applying them.
Research Object
maritime waterways, especially narrow shipping waterways
Research Subject
quantitative risk assessment models, including frequency and consequence estimation and the quantification of human-error impacts
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2011-10-28
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