Results 211 to 220 of about 13,467 (267)
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A ship motion simulation system
Virtual Reality, 2008In this article, efficient computational models for ship motions are presented. These models are used to simulate ship movements in real time. Compared with traditional approaches, our method possesses the ability to cope with different ship shapes, engines, and sea conditions without the loss of efficiency. Based on our models, we create a ship motion
Shyh-Kuang Ueng +2 more
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PAMM, 2003
AbstractThe ship capsizing problem is one of the major challenges in naval architecture. The IMO criterion regarding capsize stability is still the righting lever curve of static stability calculated for calm water. For the prediction of large–amplitude motions the dynamic loads have to be included. The capsizing of a ship in regular waves is resulting
Edwin Kreuzer, Marc‐André Pick
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AbstractThe ship capsizing problem is one of the major challenges in naval architecture. The IMO criterion regarding capsize stability is still the righting lever curve of static stability calculated for calm water. For the prediction of large–amplitude motions the dynamic loads have to be included. The capsizing of a ship in regular waves is resulting
Edwin Kreuzer, Marc‐André Pick
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Journal of Ship Research, 1998
A nonlinear numerical method has been developed to compute motion responses for a ship traveling in steep ambient waves. The method is based on an approximate theory and is an extension to a well-established linear time-domain numerical method. The nonlinear solution is found to be greatly improved over the classical linear and quasi-nonlinear ...
Yifeng Huang, Paul D. Sclavounos
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A nonlinear numerical method has been developed to compute motion responses for a ship traveling in steep ambient waves. The method is based on an approximate theory and is an extension to a well-established linear time-domain numerical method. The nonlinear solution is found to be greatly improved over the classical linear and quasi-nonlinear ...
Yifeng Huang, Paul D. Sclavounos
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Journal of the American Society for Naval Engineers, 1952
This paper was presented in London on 28 June, 1951 before the International Conference of Naval Architects and Marine Engineers. The author who is a member of the Council of the American Society of Naval Engineers was initially sponsored by the Society of Naval Architects and Marine Engineers.
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This paper was presented in London on 28 June, 1951 before the International Conference of Naval Architects and Marine Engineers. The author who is a member of the Council of the American Society of Naval Engineers was initially sponsored by the Society of Naval Architects and Marine Engineers.
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IFAC Proceedings Volumes, 1993
Abstract In this paper we describe an indirect approach to short-term prediction of the rolling motion of ships. A key assumption used in the development is that for short time periods, the spectral content of the motion is concentrated in narrow-bands.
J.M. Fernandes, C.E. de Souza
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Abstract In this paper we describe an indirect approach to short-term prediction of the rolling motion of ships. A key assumption used in the development is that for short time periods, the spectral content of the motion is concentrated in narrow-bands.
J.M. Fernandes, C.E. de Souza
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Effect of ship motion on ship airwake aerodynamics
2020The effects of ship motion on the flow field over the deck of the ONR Tumblehome geometry were investigated experimentally. Characterization of the flow field is relevant in the context of safe aircraft operation in the wake region and to provide an accurate prediction of aircraft air-loads in simulators for pilots, and to provide a validation data set
Austin Krebill +5 more
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Resistance of a Ship Undergoing Oscillatory Motion
Journal of Ship Research, 2010In this paper, we describe extensions to the research of Doctors et al. (Doctors, L. J., Day, A. H., and Clelland, D., 2008, Unsteady effects during resistance tests on a ship model in a towing tank, Journal of Ship Research, 52, 4, 263–273) and Day et al. (Day, A. H., Clelland, D., and Doctors, L.
Doctors, Lawrence J. +2 more
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