Initiating a Mathematical Model for Prediction of 6-DOF Motion of Planing Crafts in Regular Waves | Zendy

Parviz Ghadimi | Zendy; Abbas Dashtimanesh | Zendy; Yaser Faghfoor Maghrebi | Zendy

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Initiating a Mathematical Model for Prediction of 6-DOF Motion of Planing Crafts in Regular Waves

Author(s) -

Parviz Ghadimi,

Abbas Dashtimanesh,

Yaser Faghfoor Maghrebi

Publication year - 2013

Publication title -

international journal of engineering mathematics

Language(s) - English

Resource type - Journals

eISSN - 2356-7007

pISSN - 2314-6109

DOI - 10.1155/2013/853793

Subject(s) - mode (computer interface) , plane (geometry) , domain (mathematical analysis) , motion (physics) , mathematical model , time domain , vertical plane , computer science , engineering , simulation , mechanical engineering , mathematics , artificial intelligence , geometry , human–computer interaction , mathematical analysis , statistics , computer vision

Nowadays, most of the dynamic research on planing ships has been directed towards analyzing the ships motions in either 3-DOF (degrees of freedom) mode in the longitudinal vertical plane or in 3-DOF or 4-DOF mode in the lateral vertical plane. For this reason, the current authors have started a research program of describing the dynamic behavior of planing ships in a 6-DOF mathematical model. This program includes the developing of a 6-DOF computer simulation program in the time domain. This type of simulation can be used for predicting the response of these planing vessels to the environmental disturbances during high-speed sailing. In this paper, the development of the mathematical model will be presented. Furthermore, a discussion will be offered about the use of these static contributions in a time domain simulation for modeling the behavior of planing crafts in regular waves

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