Advanced Dynamics: Rigid body, Multibody, and Aerospace Applications.
高级动力学：刚体，多体，和航空航天应用。
Non-slippage rolling of a rigid body is a difficulty of teaching of geostatics.
刚体无滑滚动的问题是刚体力学的一个教学难点。
But it regards the whole automobile as a rigid body, USES the linear tire model.
但该模型把整个汽车看作一个刚体，使用线性轮胎模型。
For sliding and overturning stability the system shall be assumed to act as a rigid body.
对于滑动和倾覆稳定性，系统应被假设为一刚体。
The pattern solution of the plane motion of rigid body with complex number method is provided.
本文介绍了一种用复数方法求解刚体平面运动的模式化解法。
Spatial motion of a rigid body can be seen as a screw motion of the body along a specific axis.
任一刚体的空间运动都可以视为沿某一轴线作螺旋运动。
Quaternion is used to describe the orientation of a rigid body, and attitude motion is modelled.
采用四元数描述刚体姿态，建立了刚体姿态运动的数学模型。
Two control laws are presented for attitude regulation of a rigid body expressed by unit quaternion.
给出了用四元数表示的刚体姿态调节问题的两种控制规律。
This paper deals with the driving process of chain sprocket system with the multi rigid body dynamics method.
采用多刚体方法对链条链轮系统的驱动过程进行了建模和动力学分析。
The screw axis equation of the general motion of a rigid body has been derived by means of a comparison method.
本文用比拟法推得了刚体一般运动的螺旋轴方程。
To have to be involved "the method of instantaneous center", for the teaching at motion of plane of rigid body.
对刚体的平面运动的教学，必涉及“瞬心法”，而现行教材均只论速度问题。
The attitude of a rigid body can be described by different parameters , hence it yields different control methods.
刚体的姿态可以用不同的参数来描述，由此可以产生不同的控制方法。
The apparatus of claim 3, wherein the first handle is connected to move in rigid body motion with the first cross beam.
该仪器索赔3，其中第一处理是连接到移动刚体运动的第一次横梁。
When the springs supporting the beam are very soft, then the mode shape for the beam looks very much like a rigid body.
当支撑梁的弹簧非常软时，梁的模态振型看起来非常像刚体。
A visual program for synthesis problems of rigid body guidance flat four-bar mechanism with four-position is developed.
针对刚体导引四位置铰链四杆机构综合问题，进行了可视化的程序开发与设计。
The basic problem here is that everyone forgot that an unconstrained system has flexible modes AND the rigid body modes.
这里的根本问题是，人人都忘记了一个无约束系统具有弹性体模态以及刚体模态。
BASIC programs are presented, showing the problems in designing respectively the rigid body guidance and function generator.
文中附有BASIC程序，并各举一例分别阐明刚体导引和再现函数两类设计课题。
Studies application of matric method to deal with fixed point rotation of rigid body, and infers instantaneous axis equation.
介绍了用矩阵讨论刚体定点转动瞬轴的方法，在此基础上推导出转动瞬轴方程。
This little exercise will then clearly show that the rigid body modes are critically needed to describe the modes of the system.
那么这个小练习将清楚地表明为了描述系统模态，刚体模态必不可少。
The method and step of physical movement simulation of rigid body in real time are stated with geostatics and computer technology.
将刚体力学与计算机技术相结合，介绍了对刚体的物理运动进行实时模拟的方法和步骤。
Secondly, in the elastic kinematics simulation, the tire as a rigid body, without considering tire stiffness, which is a factor of error.
其次，在弹性运动学模拟中，把轮胎视为一个刚性体，没有考虑轮胎刚度，这也是产生误差的一个因素。
The rigid body motion of struck ship in collision is delayed to a certain extent, compared with local damage deformation of collision zone.
船舶碰撞过程中，被撞船的刚体运动较之碰撞区的局部损伤变形存在一定程度的滞后。
The rigid body motion of a struck ship in collision is delayed to a certain extent, compared with local damage deformation of collision zone.
船舶碰撞过程中，被撞船的刚体运动较之碰撞区的局部损伤变形而言，存在一定程度的滞后效应。
You can then apply additional restraints to prevent rigid body motion. Repeat the analysis without activating this flag after fixing the problem.
接下来，你可以添加额外的约束来阻止模型的刚体运动，然后消除此选项重复运行算例来解决此问题。
Generally, the rotating body can be used as a rigid body to balance, in which the larger diameter and smaller width can be used as a static balance.
一般的旋转体可以作为刚体进行平衡，其中直径较大、宽度较小者可以只作静平衡。
The transmissibility of the isolator placed between a rigid body and a rigid base is analyzed by the use of the continuous system theory in this paper.
本文借助连续系统理论分析了一个放置于刚性物体振源和刚性基础之间的单个隔振器的力绝对传递率特性。
Now most times people don't measure the rigid body modes in test and they don't include them as part of the flexible modes measured during a modal test.
现在大多数时候，人们在试验中不测量刚体模态，并且在模态试验过程中，他们不包含刚体模态作为测量的弹性体模态的组成部分。
The rigid body dynamics model of engraving robot is established based on Newton-Euler method, and dynamics experiment is also analysed with this model.
基于牛顿·欧拉方法建立了雕刻机器人的动力学模型，并利用该模型进行了动力学实验分析。
With the help of the theory of quaternions the theorems of commutativity of composition for the finite rotation of rigid body are proved in the any order.
借助于四元数理论证明了任意顺序下刚体有限转动合成的可交换性定理。
The movement of rigid body is further discussed through vector analysis from the three dimensional Angle in this paper. Typical examples are also illustrated.
用向量分析的方法，从三维角度对刚体的运动进行了进一步讨论，通过典型实例作了更清楚的说明。
应用推荐