机械工程与自动化
機械工程與自動化
궤계공정여자동화
MECHANICAL ENGINEERING & AUTOMATION
2014年
3期
67-69
,共3页
高速复合型水翼船%仿真研究%运动特性
高速複閤型水翼船%倣真研究%運動特性
고속복합형수익선%방진연구%운동특성
high-speed hybrid hydrofoil ship%simulation study%dynamic characteristcs
详细分析了高速复合型水翼船的受力,提出了非线性运动数学模型,重点研究了首、中、尾水翼对船体姿态的影响,并分析了船体姿态与航速间的关系。以三体水翼船 TR3800为例,利用MATLAB建模并进行仿真研究,结果与实际相符合,验证了模型的合理性和可靠性,也为实船控制提供了科学的理论依据。
詳細分析瞭高速複閤型水翼船的受力,提齣瞭非線性運動數學模型,重點研究瞭首、中、尾水翼對船體姿態的影響,併分析瞭船體姿態與航速間的關繫。以三體水翼船 TR3800為例,利用MATLAB建模併進行倣真研究,結果與實際相符閤,驗證瞭模型的閤理性和可靠性,也為實船控製提供瞭科學的理論依據。
상세분석료고속복합형수익선적수력,제출료비선성운동수학모형,중점연구료수、중、미수익대선체자태적영향,병분석료선체자태여항속간적관계。이삼체수익선 TR3800위례,이용MATLAB건모병진행방진연구,결과여실제상부합,험증료모형적합이성화가고성,야위실선공제제공료과학적이론의거。
The stress is detailedly analyzed of high-speed hybrid hydrofoil ship ,to propose the nonlinear mathematical model for the ship motion ,the influenles of first ,middle and tail hydrofoils on the attitude of ship is also focused ,further researches are carried out between the attitude of ship and sailing speed .Based on the ship“TR3800”,the simulation study is executed by use of MATLAB ,and the results are consistent with the practice ,so that the rationality and reliability of model are proved ,which also provides a scientific theoretical basis for ship control .