hydrofoils

英 [ˈhaɪdrəʊfɔɪlz]

美 [ˈhaɪdrəˌfɔɪlz]

n.  水翼船
hydrofoil的复数

柯林斯词典

• 水翼船;水翼
  Ahydrofoilis a boat which can travel partly out of the water on a pair of flat parts like wings. You can also refer to the flat parts ashydrofoils.

双语例句

• Basic flows past cylinders, spheres, flat plates, and hydrofoils are used as a platform for understanding the more complex flows often found in ocean engineering and naval architecture applications.
  通过圆柱、球体、平板及水翼船的基本流况是了解应用到海洋工程及船舶建筑等复杂流况的平台工具。
• The unsteady and viscous model based upon the weakly compressible flow has been established, Large Eddy Simulation ( LES) approach is applied to simulating the mechanism of trailing flow of hydrofoils, and "partial-slip boundary condition" is developed for the solid wall boundary.
  建立了基于弱可压缩流体基础之上的非恒定、粘性流数学模型，采用大涡模拟计算方法，固壁边界条件采用部分滑移条件，成功地对水力机械叶片尾流现象进行了模拟计算。
• On the Partially Cavitating Flow Around Two-Dimensional Hydrofoils
  二维水翼的局部空泡流研究
• Discussion about design of yacht hydrofoils
  水翼游艇设计探讨
• The paper explores the design of yacht hydrofoils, expounds the way of designing bow hydrofoils and stern hydrofoils, and estimates the resistance of bow hydrofoils and stern hydrofoils and the holistic resistance of yachts.
  对水翼游艇设计作了一些探讨，提出了首翼和尾翼的设计方法，并估算了首翼和尾翼的阻力以及艇的总阻力。
• This method can be used for the hydrodynamic computation of the varied hydrofoils and stabilizing fins.
  本方法可用于水翼及水下安定翼和各种舵的水动力计算。
• Research on Mechanism of Trailing flow for Hydrofoils
  水力机械叶片尾流机理研究
• A panel method using Rankine singularities for calculating steady three-dimensional lifting potential flows about hydrofoils moving beneath the free surface in deep or shallow water is presented in this paper.
  本文用Rankine奇点面元法计算了深、浅水中三维水翼的定常升力绕流。
• In fact, one of the hydrofoils that he built held a speed record for more than 40 years.
  事实上，其中一架出自他手的水翼船保持了四十多年的速度纪录。
• The steady partially cavitating flow around two_dimensional hydrofoils was simulated numerically by the low_order potential_based boundary integration method. The cavity shape and length are determined for given cavitating numbers in the course of iteration by satisfying the kinematic and dynamic boundary conditions.
  运用基于速度势的低阶边界积分方法研究了二维水翼的定常局部空化·通过迭代求解给定了空化数的空泡长度和空泡形状，运动学和动力学边界条件在迭代过程中满足；