1) constant angular acceleration
恒角加速度
3) CAV Constant Angular Velocity
恒定角速度
4) angle acceleration
角加速度
1.
This paper sums up the difficulty of solving angle acceleration and acceleration of planar four-bar linkage mechanisms by using center of speed method,and finds a simple method for all purposes.
总结了瞬心法求解平面四杆机构角加速度、加速度的难点，并找到了一种简便、通用的解决方法。
2.
A new way to obtain the acceleration of a smooth object and the angle acceleration of a linked pole by the center of speed is introduced.
介绍了用速度瞬心法求滑块的加速度及连杆的角加速度的方法。
3.
Anew way to get the angle acceleration of the smooth pole is presented This new way is more direct, simpler, more covenient, quicker and with higher degree of precision compared with the conventional way
叙述了用速度瞬心法求导杆角加速度的新方法。
5) angular acceleration
角加速度
1.
Angular acceleration measurement using strain measuring technique;
用应变测量技术测量角加速度
2.
By the method of frequency measurement,instant rotational speed is measured in the test system,angular acceleration is calculated by using the feature of the MCU with the least square method.
介绍了一种发动机无外载功率检测系统的软、硬件设计,利用测频法测量出某一时刻的瞬时速度,并利用最小二乘法求出角加速度。
3.
The angular acceleration s.
在此基础上,对此机构进行了动力性能改善,改善后机构的角加速度、接触力、铰支力平稳、无突变,角加速度峰值降低了62%,明显的改善了高点闭牙机构的动力性能。
6) angle of acceleration
加速度角
补充资料：恒定
永恒固定。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条