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neiranjizhuanzi
- 内燃机转子仿真，转子裂纹等对转子性能影响做了详细分析-Simulation of the internal combustion engine rotor, rotor cracks on the rotor performance to do a detailed analysis of
pm
- matlab转子有限元碰摩计算，建模简单，自动判断碰摩与否-Maatlab finite element calculation of rotor rub-impact, modeling simple, automatic judgment rubbing or not
rotating-machines-and-rotors
- 转子动力学有限元软件，方便自己修改，对入门及进阶有帮助-Rotor dynamic finite element software, easy to modify their own, for the beginner and advanced help
h2d-rotor
- 航空发动机-压气机二维数值模拟程序，包括网格生成，湍流模型，数值迭代算法等，可以计算多个工况-gas turbine simiulation
angleOfg2b
- 四旋翼飞行器动力学建模及控制 基于matalb/simulink 的四旋翼飞行器建模-Four-rotor dynamics modeling and control
quadrotorsimV2
- 基于simulink的四旋翼飞行器动力学建模与简单PID控制。-Based on the four-rotor dynamics modeling with a simple PID control simulink.
fun513
- MATLAB求解转子动力学方程的状态矩阵的特征值，用在航空专业领域-Rotor dynamics equation solving state eigenvalues
quadrotors
- 这是四旋翼飞行器在MATLAB中的仿真程序，包括simulink仿真系统和程序。-This is a four-rotor aircraft in MATLAB simulation program, including simulink simulation systems and procedures.
suan
- 四旋翼飞行器控制算法，主要通过控制四旋翼飞行器的姿态和位置，使得飞行器在飞行过程中能够稳定飞行。目前存在的PID控制算法，在鲁棒性、相应速度以及抗干扰方面的性能不是很好。本算法则是使用模糊PID的控制算法，能够满足四旋翼飞行器的需求。-Four-rotor control algorithms, mainly by controlling the attitude and position of the four-rotor aircraft, making the aircraft durin
mpc
- 使用基于状态空间的模型预测控制，对四旋翼模型进行控制，实现了稳定的控制效果。并且有simulink模型作为参考。-Using the model predictive control based on state space, the four rotor model is controlled to achieve a stable control effect. And there are Simulink model as a reference.
25345
- 四旋翼无人机飞行程序设计，包含电调，电路板设计，pCB等部分。分享给大家。-Quad-rotor UAV flight procedure design, including power transfer, the circuit board design, pCB other parts. To others.
Copy_4_of_quadrotorsflyerGUI
- GUI界面设计，四旋翼飞机仿真。VR界面设计。-GUI interface design, four rotor aircraft simulation. The VR interface design.
GUI_Config
- GUI界面设计，四旋翼飞机仿真。VR界面设计。-GUI interface design, four rotor aircraft simulation. The VR interface design.
新建文件夹
- 该程序适用于转子裂纹模型建立，分析转子的动力学特性(The program is suitable for establishing the rotor crack model and analyzing the dynamic characteristics of the rotor)
PMSM_SMO
- 实现永磁同步电机的无位置控制，采用滑模算法计算转子位置角度，精度高，相应速度快。(Realize position control of permanent magnet synchronous motor, rotor position Angle is obtained by using the sliding mode algorithm, high accuracy, the corresponding speed.)