期刊文献+

扁平潜器微速与倒航水动力试验研究 被引量:5

On the hydrodynamic forces of submersible with aerofoil section in forward and backward motions
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摘要  在长条水池中进行了具有扁平外形潜器的微速与倒航运动的水动力模型空间斜拖试验,测量了具有攻角和漂角同时存在下的空间运动的三个水动力和三个水动力矩。将测量的水动力和力矩整理成空间角度攻角、漂角的变化关系曲线图,初步得到了其变化规律。最后将水动力和力矩回归成攻角和漂角双变量的表达式。 A model basin tests for submersible with aerofoil section in forward and backward motions is investigated. The measured hydrodynamic forces are plotted as curves with respect to attack angle and drifting angle. Furthermore, hydrodynamic forces are expressed in terms of attack angle and drifting angle.
出处 《水动力学研究与进展(A辑)》 CSCD 北大核心 2004年第3期401-406,共6页 Chinese Journal of Hydrodynamics
关键词 潜器 扁平外形 水动力 微速与倒航 submersible aerofoil section hydrodynamic force forward and backward motions
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参考文献7

  • 1MAEDA H. Study on linear hydrodynamic forces and control response on unmanned untethered submersible[J].Journal of Society of Naval Architects of Japan, 1988,164:203-212.
  • 2URA T and OTSUBO S I. Design of unmanned untethered submersible for quick swimming[J]. Journal of Society of Naval Architects of Japan, 1987, 162:110-117.
  • 3CHIU F C and GUO J and HUANG C C and WANG J P. On the linear hydrodynamic forces and the maneuverability of an unmanned untethered submersible with streamlined body[J].Journal of Society of Naval Architects of Japan, 1996,180:241-249.
  • 4CHIU F C and GUO J and HUANG C C and WANG J P. On the linear hydrodynamic forces and the maneuverability of an unmanned untethered submersible with streamlined body (2nd Report)[J].Journal of Society of Naval Architects of Japan, 1997, 182: 151-159.
  • 5LANDWEBER L and GERTLER M. Mathematical Formulation of Bodies of Revolution[R]. The David W.Taylor Model Basin Report 1950.719.
  • 6BOTTACCINI M R. The Stability Coefficients of Standard Torpedoes[R].U.S Naval Ordnance Test Station.NAVORD Report 3346.1954.
  • 7小濑邦治.低速时の操纵运动モデルの实用化[J].日本造船学会志,1993,721:9-17.

共引文献2

同被引文献39

  • 1程丽,张亮,吴德铭,陈强.无升力双体水动力干扰计算[J].哈尔滨工程大学学报,2005,26(1):1-6. 被引量:11
  • 2Ura T, Otsubo S I. Design of unmanned untethered submersible for quick swimming[J]. Journal of Society of Naval Architects of Japan,1987,162: 110- 117.
  • 3Chiu F C, Guo J, Huang C C, et al. On the linear hydrodynamic forces and the maneuverability of an unmanned untethered submersible with streamlined body[J]. Journal of Society of Naval Architects of Japan, 1996,180:241 -249.
  • 4Chiu F C, Guo J, Huang C C, et al. On the linear hydrodynamic forces and the maneuverability of an unmanned untethered submersible with streamlined body(2nd Report)[J]. Journal of Society of Naval Architects of Japan, 1997,182:151 - 159.
  • 5M R Bottaccini. The stability coefficients of standard torpedoes[ R]. U.S. Naval Ordnance Test Station. NAVORD Report 3346. 1954.
  • 6藤野正隆.低速浅水域操纵运动数学モデルの检讨[J].日本造船学会志,1989,717:12-19.
  • 7滨本刚实.低速时の船体に动く流体力のモデル化[J].日本造船学会志,1991,719:2-11.
  • 8小濑邦治.低速时の操纵运动モデルの实用化[J].日本造船学会志,1993,721:9-17.
  • 9Ura T, Otsubo S I. Design of unmanned untethered submersible for quick swimming [J]. Journal of Society of Naval Architects of Japan,1987,(162):110-117.
  • 10Chiu F C, Guo J, Huang C C, et al. On the linear hydrodynamic forces and the maneuverability of an unmanned untethered submersible with streamlined body [J]. Journal of Society of Naval Architects of Japan,1996,(180):241-249.

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