Design of automobile clutch comprehensive performance test platform based on fuzzy control

In this paper, an automobile clutch comprehensive performance test platform is designed. By adjusting the size of the motor speed, torque and inertia torque plate and the road resistance, the working condition of the different models of clutch can be simulated, a variety of specifications clutch comprehensive performance of clutch can be test by using the single device. According to the big disturbance torque and high requirement of control accuracy, a fuzzy-PID control algorithm with Kalman filter was proposed for the rotational speed control. Based on the virtual instrument technology of National Instruments Corporation, the interface and data acquisition programs are developed. The results of simulation and experiment show that the accuracy and efficiency have been improved and the test platform is working stable and credible.