1.Finite element modeling was carried out on a certain electrodynamic vibration generator itself. Methods of modeling were introduced.
对某电动振动台空台进行了有限元建模，介绍了建模方法。
2.Tile opening force of this high-speed actuator is generated by an electrodynamic drive based on eddy effect.
该高速操动机构利用涡流效应产生电磁斥力，推动运动部件实现高速动作。
3.The interaction between the pulse magnetic field and the induced current will generate a pulse electrodynamic force to vibrate the vibrator.
脉冲磁场与振子绕组中感生电流的相互作用，产生脉冲电动力驱使振子振动。
4.This paper mainly introduces the application of SRS in electrodynamic vibration system.
本文主要介绍冲击响应谱在电动振动试验系统中的应用。
5.Based on the principle of electrodynamic vibration system, the reason of armature vibration central excursion is simply analyzed.
根据电动振动台的工作原理，简要分析了电动振动台动圈平衡位置漂移的原因。
6.I have a proof that there are electrodynamic phenomena which violate the law of energy conservation.
我有一个证明，有些是违反了能量守恒定律电动现象。
7.And they must learn to control the various vibrations that arise in electrodynamic tether systems.
他们也必须学习控制电动缆索系统出现的各类震动。
8.Based on finite element method (FEM), the vibration of power transformer windings caused by electrodynamic force is analyzed.
利用有限元算法分析了三相电力变压器绕组各线匝在不同运行模式下电动力引起振动。
9.Electrodynamic shakers are used in most cases because they can operate over a broad frequency range with accurately controlled waveform .
极大多数的情况下应用电动振动台，因为它能在一定广的频率范围内工作并且能准确地控制波形。
10.Electrodynamic vibration generating systems -- Performance characteristics
产生振动的电动试验设备。描述设备特性的方法