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On the Development of Typhoon Avoidance Simulation System with the Evaluating Method by Seakeeping Performance of Ship
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 Title & Authors
On the Development of Typhoon Avoidance Simulation System with the Evaluating Method by Seakeeping Performance of Ship
Song Chae-Uk; Kong Gil-Young; Jin Guo-Zhu;
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 Abstract
A simulation system is needed to train students and mariners in order that they can take suitable actions to evade typhoon`s strike promptly and sufficiently. In order to make such kind of system, three kinds of models about the typhoon are necessary, typhoon prediction model to generate typhoon`s track, wind & wave-field model to make sea conditions around the typhoon and evaluation model of trainee`s action whether their actions were suitable or not during simulation. We have developed the prediction and wind & wave-field models of typhoon, but the evaluation model has not been developed yet. In this paper, after making a method for evaluating trainee`s actions by seakeeping performance, we propose an typhoon avoidance simulation system for training mariners so that they can promote their abilities to evade the typhoons at sea.
 Keywords
Typhoon avoidance simulation system;Evaluation by seakeeping performance;Models about the typhoon;
 Language
English
 Cited by
 References
1.
Jin, G. Z. and Song, C. U. (2004a), 'A Study on the Development of Typhoon Track Forecast Model Based on the Past Track Data', International Journal of Navigation and Port Research, Vol. 28, No.4, pp. 311-315 crossref(new window)

2.
Jin, G. Z., Song, C. U. and Seal, D. I (2004b), 'A Study on the Development of Wind and Wave Model of Typhoon', International Journal of Navigation and Port Research, Vol. 28, No.9, pp. 815-820 crossref(new window)

3.
Kong, G. Y.(2002), 'On the Development of an Information Service System for Navigational Safety of Seagoing Vessels', LNCS2402, ISSN No.0302-9743, pp. 273-283

4.
Kong, G. Y. and Lee, Y. S.(2004), 'The Prediction Method of Ship's Lateral Hydrodynamic Force Using CFD', KSME Int. Journal, Vol. 18, No.7, pp. 1196-1202