yawing

英 [ˈjɔːɪŋ]

美 [ˈjɔːɪŋ]

v.  偏航
yaw的现在分词

现在分词：yawing　

柯林斯词典

• VERB （飞机或船）偏航，偏离航线
  If an aircraft or a shipyaws, it turns to one side so that it changes the direction in which it is moving.
  1. As the plane climbed to 370 feet, it started yawing...
     飞机攀升到370英尺时，开始偏航。
  2. He spun the steering-wheel so that we yawed from side to side.
     他急速打着舵轮，把我们搞得摇来晃去的。

双语例句

• The yawing can apparently attenuate the angular displacement of both the tail and the attack angle of tail fin.
  艏摇的存在会明显的衰减尾柄主臂和尾鳍攻角的角位移。
• The effect of the primary longitudinal and lateral stiffness on the yawing of independent wheels is researched, and the reasonable range of values of the primary horizontal stiffness is obtained.
  研究了一系纵向和横向刚度对轮对摇头振动的影响，得出了一系水平刚度的合理取值范围。
• And the turning radius and angle are obtained from the yawing angle information and the odometer information of the three wheels using fuzzy fusion technology.
  利用移动机器人三个轮子的里程信息和导向轮的转角信息，通过信息模糊融合获得转弯半径和转角，再利用运动学模型获得机器人的位置和方向。
• The variation tendencies of the side force, rolling moment and yawing moment of the overtaking cars by two spaces are different apparently.
  超车车辆受到的侧向力、侧倾力矩和横摆力矩在两种间距下的变化趋势有着明显差别。
• The research shows, in the process of hard grounding a considerable part of ship's initial kinetic energy turns into energy of revolving mode, which includes pitching, rolling and yawing.
  研究表明，在船舶高能搁浅动力学过程中，有相当部分的初动能转化为旋转形式的动能，包括纵摇、横摇和艏摇；
• Firstly, we apply a method of classical gain scheduling to design attitude stable system of three channels including pitching, yawing, rolling.
  首先，采用古典的增益调度方法分别设计俯仰、偏航和滚转三个通道的姿态稳定系统和自动驾驶仪。
• According to multivariable frequency design theory, this paper studies the coupling between a guided bombs yawing and rolling channels by relative gain.
  文中从制导炸弹的侧向扰动运动方程出发，根据多变量频率设计理论，用相对增益法，研究了制导炸弹航向和滚转通道的交联耦合。
• As the plane climbed to 370 feet, it started yawing
  飞机攀升到370英尺时，开始偏航。
• In each mode, it includes four attitude controls: rolling, pitching, yawing and thrust.
  在各种飞行模式下包含有四种姿态控制：滚动、俯仰、偏航和升降。
• Thirdly, by neglecting the coupling influence, the control laws of pitching, yawing and sloping movements are designed separately with frequency domain analysis and root locus, and then the parameters of the controller are chosen.
  第三，忽略耦合影响，将控制系统分为俯仰、偏航、倾斜三个相互独立的通道，用频域分析法和根轨迹法设计控制律、选取控制器参数。