flap wings造句

• Flexibility of flapping wing and its effect on aerodynamic characteristic
  扑翼柔性及其对气动特性的影响
• Attitude tracking control for flapping wing micro aerial vehicle based on feedback compensation
  基于反馈补偿的扑翼微型飞行器姿态跟踪控制
• In fine , as long as effort will include results , as long as pay will have repay , as long as give me a terrace for displaying , i can flap wings to rise high fly
  总之，只要努力就会有收获，只要付出就会有回报，只要给我一个施展的平台，我就能振翅高飞！
• 2 . the 3 - d unsteady euler equations are derived . and the computational program based on these equations is developed to adapt for the calculations of flapping wing
  2 、推导了非定常情况下的三维欧拉方程，发展了三维非定常欧拉方程计算程序，使之适应于扑动翼计算的需要。
• Applying this dissertation , the aerodynamic characteristics of flapping wing can be calculated , the effects of every factor can be analyzed and some qualitative instructions can be given
  运用本文可以计算扑翼的气动特性及分析各参数对扑翼气动特性的影响，进而指导扑动翼微型飞机的初期设计。
• 5 . effects of unsteady flows on the aerodynamic characteristics are also analyzed . the results of this dissertation are useful for the further investigations of three - dimensional flapping wing
  对于非定常不可压流动，分析了运动参数对翼型气动特性的影响，为进一步研究绕三维扑翼的非定常流动打下基础。
• Aimed at the mechnical flapping wing system of the bionicflying micro - robot including the micro - actuators , the bionic wing , the locomotion system , and the energy source , the scaling effect is analyzed
  针对微型仿生扑冀飞行器的机械扑冀系统，包括微驱动器、仿生翅、运动系统和动力源等，本文进行了尺度效应分析。
• 3 . the effects of every flapping control parameters on the aerodynamic characteristics of flapping wing are investigated . its results lay a foundation for the further investigations of flapping wing micro air vehicles
  3 、研究了运动各参数对扑翼的气动特性的影响，为扑翼微型飞机的进一步研究设计打下了基础。
• Combined with blade element theory , the results can be used to evaluate aerodynamic characteristics of flapping wings , which are helpful for the initial design of micro rotary and flapping wing
  运用本文方法分析了各参数对翼型气动特性的影响，进一步结合叶素理论还可以估算扑翼的气动特性，进而指导微旋翼或扑翼微型飞行器的初期设计。
• The main aspects of this dissertation are as follows : 1 . employing the moving grid technique , a 3 - d moving grid based on the transfinite interpolation is developed . this grid has better adaptation than the deforming grid for flapping wing
  本文的主要工作表现在以下几个方面： 1 、引入运动网格技术，发展了一套基于广义无限插值理论的适合扑翼计算的三维运动网格，提高了网格对扑动机翼的适应性。
• Results show that the bionic flying can be more easily realized when the scaling sizes are decreased , thus making high flapping frequency motion by the resonance , and meeting the power needs of the flapping wing for the electrostatic , the electromagnetic and piezoelectric actuators
  分析结果表明，当尺寸减小时，仿生飞行更容易实现：通过共振能实现高频运动，微静电、电磁和压电驱动器都能满足扑翼系统功率需求。
• The flapping wing system of a bionic flying micro - robot based on insects and birds aggregates the lift , hovering and push functions , its kinematics and aerodynamics are different from that of fixed wing and rotational wing , and so bionic flying micro - robot must be studied from bionics initially
  摘要模仿昆虫和小鸟飞行的扑翼飞行机器人将举升、悬停和推进功能集于一个扑翼系统，与固定翼和旋翼完全不同，因此研究只能从生物仿生开始。
• In this thesis , finite volume method and dual - time stepping method are employed to solve the 3 - d unsteady euler equations . the unsteady flow field around a finite - span flapping wing is simulated . the lift and thrust of the flapping wing for different cases are calculated
  本文运用有限体积法结合双时间推进技术求解三维非定常欧拉方程，模拟了有限翼展机翼在同时具有上下拍动和俯仰运动状态下的非定常流场，计算了不同状态下扑翼的升力及推力，分析了各个影响因素对扑翼气动特性的影响。