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LOCATION AND EXTENT OF FLOODING - A DYNAMIC ANALYSIS

Dracos Vassalos, O. Tugrul Turan

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Abstract

In the phase of transition from deterministic to probabilistic approaches to assessing the damage survivability of Ro/Ro vessels, this paper attempts to draw attention to the real need in regard to loss prevention: the need to address damage survivability by taking full account of vessel dynamics in realistic environments. The authors give a brief account of their attempts to meet this need by considering, through dynamic analysis, the implications of two key variables: damage location and extent.

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What this paper is about

In the phase of transition from deterministic to probabilistic approaches to assessing the damage survivability of Ro/Ro vessels, this paper attempts to draw attention to the real need in regard to loss prevention: the need to address damage survivability by taking full account of vessel dynamics in realistic environments. The authors give a brief account of their attempts to meet this need by considering, through dynamic analysis, the implications of two key variables: damage location and extent.

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Available abstract

In the phase of transition from deterministic to probabilistic approaches to assessing the damage survivability of Ro/Ro vessels, this paper attempts to draw attention to the real need in regard to loss prevention: the need to address damage survivability by taking full account of vessel dynamics in realistic environments. The authors give a brief account of their attempts to meet this need by considering, through dynamic analysis, the implications of two key variables: damage location and extent.

Key concepts: Survivability, Flooding (psychology), Computer science, Risk analysis (engineering), Probabilistic logic, Key (lock), Loss and damage, Operations research

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