The flight mechanism of birds and big insects was probed valuably, and airframe dynamics and airfoil aerodynamics of Flapping Wing Micro Aerial Vehicle (FWMAV) were researched.
对鸟和昆虫的飞行机理进行了有价值的探讨，并对扑翼式微型飞行器机体动力学和机翼空气动力学进行了详细的分析。
It set up a dynamical model of the robot and analyzed its dynamics, deduced out the relative model between stiffness of flexible hinges and micro moving velocity of the robot.
建立了机器人的动力学模型并对其进行了动力学分析，推导出了柔性铰链刚度与机器人微运动速度关系模型。
In chapter 3, the orbit dynamics models are established, the Kalman Filter of the GPS and kinematics equation combined are designed, and simulations of different orbit Micro-satellite are done.
第三章，建立了卫星轨道动力学模型，设计了GPS和运动方程组合的卡尔曼滤波器，并针对不同轨道高度的微小卫星进行了定位仿真。
In the second chapter, the theoretical basis and propelling principle are introduced. With the analyzing of kinematics and dynamics of the swimming micro-robot, the theoretical model is build up.
第二章介绍了微型泳动机器人的理论基础和驱动原理，对微型机器人进行运动学和动力学分析，建立理论研究模型。
The present dissertation investigates the slip phenomenon and its effect on micro - and nanoscale flows by molecular dynamics simulation method.
本文主要采用分子动力学方法研究了滑移现象及其对亚微米尺度气体流动和纳米尺度液体流动的影响规律及其机制。
In this model, the charging process of the micro particle and the sheath dynamics is considered self consistently.
利用射频鞘层动力学模型，研究了鞘层电场和尘埃颗粒的充电过程。
The micro-Doppler exists widely in the nature, which is induced by the micro-motion dynamics.
微多普勒现象是自然界广泛存在的一种现象。
The method of Computational Fluid Dynamics used in this article, in union with those traditional ones forms a complete study system of micro-displacement's working mechanism.
而本文利用的计算流体力学的方法进行探索并与传统的理论分析方法、实验测量方法组成了研究微观驱油机理的完整体系。
The method of Computational Fluid Dynamics used in this article, in union with those traditional ones forms a complete study system of micro-displacement's working mechanism.
而本文利用的计算流体力学的方法进行探索并与传统的理论分析方法、实验测量方法组成了研究微观驱油机理的完整体系。
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