Tariq Yaseen, D., Thalib Abdul-Wahab, Q. (2013). Active Vibration Control of Linear and Nonlinear Quarter Car Suspension System Using PID and Fuzzy Logic Controllers. , 4(3), 94-110.
Duna Tariq Yaseen; Qussi Thalib Abdul-Wahab. " Active Vibration Control of Linear and Nonlinear Quarter Car Suspension System Using PID and Fuzzy Logic Controllers". , 4, 3, 2013, 94-110.
Tariq Yaseen, D., Thalib Abdul-Wahab, Q. (2013). ' Active Vibration Control of Linear and Nonlinear Quarter Car Suspension System Using PID and Fuzzy Logic Controllers', , 4(3), pp. 94-110.
Tariq Yaseen, D., Thalib Abdul-Wahab, Q. Active Vibration Control of Linear and Nonlinear Quarter Car Suspension System Using PID and Fuzzy Logic Controllers. , 2013; 4(3): 94-110.

Active Vibration Control of Linear and Nonlinear Quarter Car Suspension System Using PID and Fuzzy Logic Controllers

Thi-Qar University Journal for Engineering Sciences
Article 1, Volume 4, Issue 3, 2013, Pages 94-110
Authors
Duna Tariq Yaseen; Qussi Thalib Abdul-Wahab
Abstract
A quarter car suspension linear and nonlinear models are considered for the investigation of active vibration control using PID (Proportional-Integral-Derivative) and Fuzzy logic controllers. Simulation of the models using matlab-simulink have been built in this work for passive and active vibration control. The Fuzzy rules and memberships were taken from the literature based on practical experience. A comparison between the linear and nonlinear models using different type of control methods have been carried out. Results shows that the Fuzzy-PID control method is the best among other methods, and the nonlinear model gives better results than the linear model for active control.
Keywords
active; vibration; control; Car Suspension; Linear; non; PID; Fuzzy Logic
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