| 1. | The equations of equilibrium and kinematic relations are independent of the type of material .
平衡方程和运动学关系式是与材料类无关的。 |
| 2. | Kinematics can be defined as the description of motion using only two basic concepts: length and time .
运动学只用长度和时间这两个基本概念来描述运动。 |
| 3. | Statics treats of special cases in which the acceleration is zero, and kinematics deals with motion only .
静力学是研究加速度为零的特殊情况，而运动学只讨论物体的运动。 |
| 4. | The kinematics inverse problem of concrete spary robots
喷浆机器人运动学逆问题 |
| 5. | On the role of computational kinematics in tmm
论计算运动学在机构理论中的作用 |
| 6. | Global positioning system and kinematics of particle
全球定位系统和质点运动学 |
| 7. | Inverse kinematics equation of robto based on geometry
基于几何法的机器人运动学逆解 |
| 8. | Kinematics analysis of slide redundant manipulator
导轨移动式冗余度操作臂的运动学分析 |
| 9. | Parameters of small earthquake sequence in
小震序列运动学参数时变特征研究 |
| 10. | Solution based on descartes geometry of educational robot
教学机器人运动学的笛卡儿解法 |
