EOM:运动方程
“运动方程”(Equations of Motion)在学术和工程领域,特别是电子与物理相关专业中应用广泛。为便于快速书写与交流,通常将其缩写为“EOM”。这一术语在动力学分析、系统建模等场景下极为常见,是描述物体运动规律的基本数学表达式。
Equations Of Motion具体释义
Equations Of Motion的英文发音
例句
- Based on discrete variational principle, the equations of motion for the discrete systems are established.
- 根据离散变分原理建立离散系统的运动方程(EOM)。
- Firstly, the equations of motion are converted into DAE with index-2 and the displacement constraint equation remains.
- 该方法先将多体动力学方程转化为2阶微分代数方程,并与位移约束方程联立;
- The Equations of Motion for Non-holonomic Variable Mass Systems and their Application to a Control System
- 变质量非完整系统运动方程(EOM)及其对控制系统的应用
- In this paper, the equations of motion of particles in an AVF cyclotron in a curvilinear coordinate system are derived for the cases of with and without space charge forces.
- 首先,详细推导了AVF型回旋加速器中束团粒子在曲线坐标系中的动力学方程(考虑和不考虑空间电荷相互作用力两种情况)。
- Based on the coupled vibration theory, dynamical models and equations of motion were set up respectively to an X-style arch bridge and vehicles.
- 采用车桥耦合振动理论,分别建立了铁路车辆和提篮拱桥的动力模型及其运动方程(EOM)。
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