搜索资源列表
SKYhook_suspension
- 悬架系统的天棚阻尼控制策略，有效减低系统的动载荷，加速度-Ceiling suspension system damping control strategy to effectively reduce the system dynamic loads, accelerations
youhua
- 自卸车单气室油气悬架的优化设计，分析了前、后油气悬架刚度和阻尼性能对车身和人体振动响应的主要影响。采用遗传算法对油气悬架主要参数进行了优化设计-Single-chamber pneumatic suspension Tipper optimal design, analyzes before and after pneumatic suspension stiffness and damping properties of the body and the major impact of hum
half-model
- 半车模型，考虑车辆悬架，前后俯仰等自由度，利用S函数编写-Half car model, considering vehicle suspension, front and rear elevation and other degrees of freedom, the use of S-function written
sky
- 利用天棚原理对车辆悬架进行控制，天棚控制又卡诺怕于1970s提出。-Ceiling suspension using the principle of control of the vehicle, ceiling control and fear in the 1970s raised Carnot.
LM
- 用于生成adams或recurdyn所需的路面不平度，用于悬架或其他的仿真-Adams or recurdyn used to generate the required road roughness for suspension or other simulation
qicheqiziyoudu
- 汽车七自由度的振动程序，可以求解固有频率，悬架的动挠度等，欢迎大家下载学习与交流-vibration of the car with seven degrees
FUZZY_CONTROL
- 1/4半自动悬架，matlab/simulink仿真-1/4 semi-automatic suspension, matlab/simulink simulation
Air_spring_3bar
- 空气悬架 simulink 程序，可以仿真附加气室对动刚度的影响；可直接运行仿真，研究阻尼孔系数对刚度特性的仿真。 -Air suspension simulink program can be used to simulate the impact of the additional chamber on dynamic stiffness The simulation can be run directly to study the effect of orifice coeffici
quarter-vehicle-suspension
- 四分之一车辆悬架模型的matlab程序,采用速度与力的三次方多项式模型，给出了相图-quarter vehicle suspension model matlab program
zhudongxuanjiamonifangzhen
- 利用MATLAB语言对现代汽车主动悬架进行模拟仿真, 通过对其主要性能参数的计算, 可以为主动悬架的分析提供依据。 -Using MATLAB language to modern vehicle active suspension simulation conducted by calculating its main performance parameters, can provide the basis for the analysis of active suspension.
suspension
- 二自由度的四分之一车辆悬架模拟，非主动悬架 simulink模型-A quarter of the two degrees of freedom vehicle suspension simulation, the active suspension model of simulink
PSO
- 基于粒子群算法分别以车身加速度和车轮动载荷进行悬架参数寻优-optimization of suspension parameters based on particle swarm algorithm
vehicle-control
- 车辆悬架振动分析及主动控制,建模，能控能观测性分析，响应计算-vehicle suspension system vibration analysis and active control
transferfunction
- 悬架传递函数计算，包括输入时域信号和频域信号后对传递函数的计算-Suspension transfer function calculation, including the calculation of the transfer function after the input time-domain signal and frequency-domain signal
Suspension-abnormal-sound-test
- 该测试系统设计巧妙，能有效利用位移传感器测试悬架垂向振动信号-Can take advantage of the vertical displacement sensor test suspension vibration signal
bump
- 个人编写 在simulink里的编写的一个bump路面激励，用来测试悬架的最优阻尼和刚度值-Personal writing in simulink write a bump in the road excitation, damping and stiffness values for the optimal test suspension
MATHwork
- 车辆系统动力学主动悬架仿真,可以直观的看到悬架限位行程-Vehicle system dynamics simulation of active suspension
zhudongxuangua
- 设计主动悬架控制系统框图，使用matlab软件建立主动悬架模型，在simulink中进行仿真计算，给出垂直加速度图。-Block diagram of control system design for active suspension, semi-active suspension model established using MATLAB software, the simulation in Simulink, given the vertical acceleration diagr
Active-suspension
- Lqg控制的主动电磁悬架，分别进行了A级和B级路面的对比仿真-Lqg controlled active electromagnetic suspension, respectively, compared emulation A grade and B-grade roads
passive
- 在simulink中建立了四自由度汽车被动悬架模型，此模型能被用来仿真汽车的乘坐舒适性。在路面白噪声的输入下，可以求出悬架的动挠度等。-The establishment of a four DOF passive suspension model in simulink, and can be used to simulate the car s comfort. Road white noise input is the output is suspension dynamic deflec