搜索资源列表
Car
- 四轮转向汽车的MATLAB实现，3种实现方式。输入量为前后轮的旋转角度，输出量为汽车侧偏角和横摆角速度。6.5版本编写。-MATLAB realization of four-wheel steering vehicle, 3 implementation. Enter the amount of rotation of front and rear wheels, the output volume for the automotive side slip angle and yaw rate
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- 基于Matlab_Simulink的四轮转向汽车操纵稳定性仿真 实用性很强 可以借鉴-it is useful
Car-Simulink
- MATLAN中用simulink工具箱进行建模仿真，车辆工程搞仿真的朋友可以作为参考的例子，文件包括：1、基于Matlab／Simulink的车辆起步过程的仿真；2、基于Matlab_Simulink的四轮转向汽车操纵稳定性仿真；3、基于MATLAB_SIMULINK电动汽车感应电机建模仿真与特性分析；4、基于Matlab_Simulink环境四轮驱动混合动力汽车建模与仿真；5、基于Matlab_Simulink汽车驾驶员电动座椅控制系统的仿真设计；6、基于Simulink的电动汽车动力系统模型
7-8
- 汽车八自由度模型，四轮转向，matlab仿真-The car eight degrees of freedom model
liangziyoudu
- 四轮转向两自由度模型，测质心侧偏角和横摆角速度-Four-wheel steering two degree of freedom model of center of mass of side-slip Angle and yawing angular velocity measurement
liangziyoudubiliqiankui
- 两自由度比例前馈simulink模型，测四轮转向的质心侧偏角和横摆角速度-Two degrees of freedom ratio feedforward simulink model, measuring four-wheel steering center of mass of side-slip Angle and yawing angular velocity
liangziyoudufeixianxingbiliqiankui
- 两自由度非线性比例前馈四轮转向模型，测汽车质心侧偏角和横摆角速度-Two degrees of freedom nonlinear feedforward four-wheel steering model, auto measuring centroid side-slip Angle and yawing angular velocity
Four-wheel-steering
- 设计四轮转向的仿真图，并与二轮转向相比较，得出四轮转向的优越点。-Design of four-wheel steering simulation diagram, and compared with two wheel steering, four-wheel steering is superior point.
WS4WSu60
- 设计四轮转向的仿真图，前轮转角位输入，利用动力学方程计算，画出仿真图。-Design of four-wheel steering simulation diagram, the front wheel Angle input, using dynamic equation calculation, draw the simulation diagram.
the-automobile-four-wheel-steering
- 自己做出来的simulink例子，对理解汽车四轮转向很有好处。用到了LOR控制。-Make up their own examples of simulink, to understand the automobile four-wheel steering is very good.Used to control LOR.
JEEP
- adams/view下建立整车模型，对整车建模和四轮转向、电动助力转向等操纵稳定性研究很有帮助。-Adams/view under the established vehicle model, vehicle modeling and four-wheel steering, electric power steering, steering stability study is very helpful.
m_4wr
- 构建了三自由度四轮转向汽车的状态空间模型，可以直接进行时域、频域、稳定性等方面的控制(The state space model of three degree of freedom four wheel steering vehicle is constructed, which can be simulated directly in time domain, frequency domain, stability and so on)
BTCGai
- 通过手机蓝牙控制基于Arduino平台编程的四轮小车，实现小车的前进，后退与转向。(Bluetooth mobile phone control based on Arduino platform programming of the four wheel car, to achieve the car's forward, backward and steering.)
基于Simulink 的四轮转向车辆操纵稳定性仿真
- 基于Matlab Simulink环境四轮驱动混合动力汽车建模与仿真(Modeling and Simulation of four wheel drive hybrid electric vehicle based on Matlab Simulink environment)
4WDS-TIRE
- 四轮驱动四轮转向汽车的爆胎模型，主要是车轮半径、侧偏刚度以及附着系数等的变化最终导致很难控制(The tire burst model of four-wheel-drive four-wheel-steering vehicle is mainly caused by the changes of wheel radius, lateral stiffness and adhesion coefficient, which ultimately makes it difficult to co
Analysis of steering stability for 4WS
- 四轮转向车辆操纵稳定性仿真分析，首先建立二自由度四轮转向车辆运动微分方程，求解出横摆角速度、质心侧偏角、侧向加速度的传递函数，然后在MATLAB环境中通过M语言编写仿真软件对传递函数的时域与频域特性进行计算，最后将仿真数据与前轮转向车辆仿真数据进行对比分析。(The simulation analysis of steering stability of four-wheel steering vehicles first establishes the differential equatio