1.
The motion of a rigid body can be divided into two types: translation and rotation, so the kinetic energy of rigid body is made up of translational energy and rotational energy.
刚体的运动分为平动和转动，那么刚体的动能也就包括平动动能和转动动能。
2.
Dynamic Analogies about Stiffness Matrix and Kinematics of Rigidbody Systems;
刚度矩阵及刚体系运动学的动态模拟
3.
Special Solutions of Dynamic Problems for Plane Motion of Rigid Body;
刚体平面运动动力学问题的特殊解法
4.
Derivation of the restitution coefficient formula for plane-parallel motion rigid body
平面运动刚体的恢复系数公式的推导
5.
3D Motion Analysis of Non-rigid Object Based on Monocular Vision;
基于单目视觉的非刚体三维运动分析
6.
Kinematics and Dynamics Character of Rugid Body Translation;
刚体平动时的运动学特征和动力学特征
7.
The Analogy Method of the Multi-rigid-body for the Kinetic Characteristic of a Cantilever Beam Which s under the Condition of Movement;
运动状态下机械臂动特性的多刚体模拟方法
8.
Motion Control Analysis for a Wafer Stage Based on Multibody Modeling;
基于多刚体动力学模型的硅片台运动控制分析
9.
Theorem of momentum quadrature of comparative speed in movement of rigid body;
刚体平面运动时相对速度瞬心的动量矩定理
10.
An Analysis on the Uniform Speed Circumrotation of Rigid Body;
从匀速圆周运动谈刚体的定轴匀速转动
11.
Multi-rigid-body Motion Analysis System and the AS-based Modeling and Dynamic Simulation
多刚体系统运动分析及基于AS的建模与动态模拟
12.
Demonstrating and analyzing to the roll discipline of a group of similar rigid bodies
一类相似形刚体滚动运动规律的演示与分析
13.
Application of Conservation Law of Angular Momentum in Plane Motion of Rigid Body
角动量守恒定律在刚体平面运动中的应用
14.
Numerical Algorithm for the Attitude Motion Planning of an Underactuated System of Coupled Rigid Bodies Spacecraft
欠驱动双刚体航天器姿态运动规划的数值方法
15.
The Geometric Description of Finite-deformed Body with Parallel Locomotion and Rigid Rotation;
具有大范围刚体运动的有限变形体几何描述
16.
Reasearch on the Methods of Measuring the Attitude and Position of a Moving Rigid Object Based on Stereo Vision
基于立体视觉的运动刚体位姿测量方法研究
17.
Reconstructing 3D Motion and Structure from Straight-line Optical Flow;
基于直线光流场的三维刚体运动和结构的重建
18.
Mechanics is the study of the motion of collections of rigid bodies under given forces.
力学是研究刚体集合在力作用下的运动。