1·Advanced Dynamics: Rigid body, Multibody, and Aerospace Applications.
高级动力学：刚体，多体，和航空航天应用。
2·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。
3·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。
4·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。
5·No-spherical rigid body that has anisotropic inertia is called no-spherical sphere of inertia.
具有“各向同性”的转动惯量的非球形刚体称为非球形惯量球。
6·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。
7·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。
8·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。
9·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。
10·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。
1·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。
2·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。
3·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。
4·Further topics include kinematics, particle dynamics, motion relative to accelerated reference frames, work and energy, impulse and momentum, systems of particles and rigid body dynamics.
更进一步探讨运动学，质点动力学，于加速座标系上之运动行为，功，能量，冲量，动量和质点系统与刚体动力学。
5·When the support spring stiffness gets larger and larger, the rigid body mode characteristic will diminish as the flexible characteristic becomes more pronounced.
当支持弹簧刚度变得越来越大时，随着弹性体属性变得越来越突出，刚体模态属性将减少。