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instantaneous-speed
- 计算柴油机的瞬时转速，根据飞轮齿数jisuan-Calculate the instantaneous speed of the diesel engine, according to the flywheel teeth
feilunchunengxitong
- 基于 飞轮储能技术的基本原理及飞轮储能系统的主体结构，以 Simulink为平台搭建了飞轮储能的仿真系统，包含充电模型和放 电模型两部分，各自由电机本体、 转速计算、 磁极位置检测及位 置控制等模块组成，其中转速计算模块是区分两个模型的所在。基于所搭建的仿真平台，对充放电过程进行了仿真，并对占空比、转动惯量与摩擦系数对储能系统的影响进行了仿真分析-The simulation system based on the basic principle and the ma
PIDrigid-satellite
- 刚体卫星姿态PID控制，在有无干扰及飞轮失效情况下的仿真-PID control of rigid satellite attitude of actuator for flywheel
Dstatcom_2016
- Microgrids are eco-friendly power systems because they use renewable sources such as solar and wind power as the main power source. However, the stochastic nature of wind and solar power is a considerable challenge for the efficient operation of
Machinicalfys
- Flywheel Mechinical system
FlyWheel_Sinusoidal_WindPower
- Integrating flywheel energy storage system to wind farms-fed HVDC system via a solid state transformer
FessStoregyvpg
- 在风电场飞轮储能系统中，永磁同步电机已成为飞轮储能系统中电机的主要形式之一.-Flywheel Energy Storage
Desktop
- 按照飞轮的简易设计方法，忽略等效转动惯量中的变化部分，对于机构来说，最大的盈亏共出现在动能变化最大两个位置，为此再作出机构的总能量变化。-According to the simple design method of the flywheel, ignoring the change in the equivalent moment of inertia, the maximum profit and loss appear in the maximum two positions of th
zitai
- 描述刚体卫星姿态稳定控制的程序。分为三种情况，小推力控制，飞轮控制与小推力飞轮联合控制。能在干扰下稳定卫星的姿态。- The program of attitude stabilization control for rigid satellite. It is divided into three situations: small thrust control, flywheel control and small thrust flywheel combined control.
飞轮建模
- 用于基本的机械领域的飞轮建模分析，熟悉apdl的基本建模技巧(for modling the flywheel by using the apdl)
离合器模型
- 离合器是机械传动中常用的部件，位于发动机和变速箱的飞轮壳内，可将传动系统随时分离或接合，切断和传递发动机输出的动力。利用matlabSimulink建立离合器接合/分离模型，可对离合器工作原理进行仿真。(Clutch is a commonly used component in mechanical transmission, which is located in the flywheel housing of engine and gearbox. The transmission sys