Observer‑based anti‑windup robust PID controller for performance enhancement of damped outrigger structure

Kavyashree, BG and Patil, Shantharam and Rao, Vidya S (2022) Observer‑based anti‑windup robust PID controller for performance enhancement of damped outrigger structure. Innovative Infrastructure Solutions, 7 (205). ISSN 2364-4176

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This study presents an observer-based anti-windup robust proportional–integral–derivative controller with state estimator method for damped outrigger structure using magneto-rheological damper to mitigate the seismic response. In this approach, full-order Kalman observer is designed for estimating the states of the damped outrigger system from the feedback of the system output with optimum observer gain. However, due to the computational complexity, the integral windup is observed in the loop; therefore, integral anti-windup is introduced for the internal stability in the loop to produce the desired output. The semi-active magneto-rheological damper is integrated with the proposed system, to produce the required force by the system that ranges between the maximum and minimum values as regulated by the voltages produced by the controller in action for every instant of the seismic energy. The proposed strategy is designed in MATLAB and Simulink to fnd the adequacy of the damped outrigger system in terms of mitigating the following seismic responses like displacement, velocity, and acceleration. The dynamic analysis of the damped outrigger structure with the proposed control strategy shows enhanced performance in reducing the response of the structure as observed in peak response values. The evaluation criteria show a signifcant reduction in the vibration of the structure

Item Type: Article
Uncontrolled Keywords: Damped outrigger · Robust controller · Anti-windup · Semi-active damper · Kalman observer
Subjects: Architecture > MSAP Manipal
Engineering > MIT Manipal > Instrumentation and Control
Depositing User: MIT Library
Date Deposited: 23 Jun 2022 05:18
Last Modified: 23 Jun 2022 05:18

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