A novel interval dynamic reliability computation approach for the risk evaluation of vibration active control systems based on PID controllers

PID control is widely used in vibration control systems. However, there are various uncertainties present in practical engineering, and the PID parameters obtained from a deterministic system may fail. Thus, reliability estimation is necessary to solve this problem. To avoid the disadvantages of tra...

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Vydané v:Applied Mathematical Modelling Ročník 92; s. 422
Hlavní autori: Wang, Lei, Liu, Jiaxiang, Yang, Chen, Wu, Di
Médium: Journal Article
Jazyk:English
Vydavateľské údaje: New York Elsevier BV 01.04.2021
Predmet:
Active control
Collocation methods
Control systems
Controllers
Mass-spring-damper systems
Mathematical analysis
Parameter uncertainty
Probabilistic methods
Proportional integral derivative
Reliability analysis
Risk assessment
Statistical analysis
Time dependence
Vibration control
ISSN:1088-8691, 0307-904X
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Abstract PID control is widely used in vibration control systems. However, there are various uncertainties present in practical engineering, and the PID parameters obtained from a deterministic system may fail. Thus, reliability estimation is necessary to solve this problem. To avoid the disadvantages of traditional probabilistic methods, a non-probability based method to calculate time-dependent reliability is introduced to estimate the safety of a vibration active control system of based on PID controller performance. Next, the subinterval method is used to calculate a closed-loop response with large uncertainties and the first-passage theory is utilized to calculate the time-dependent reliability. Finally, one discrete mass-spring-damper system is analyzed for comparison with the collocation method and two panel structures (an elastic panel and a solar panel) are reliability evaluated to show the effects of the number of PID controllers and the displacement constraints.
AbstractList PID control is widely used in vibration control systems. However, there are various uncertainties present in practical engineering, and the PID parameters obtained from a deterministic system may fail. Thus, reliability estimation is necessary to solve this problem. To avoid the disadvantages of traditional probabilistic methods, a non-probability based method to calculate time-dependent reliability is introduced to estimate the safety of a vibration active control system of based on PID controller performance. Next, the subinterval method is used to calculate a closed-loop response with large uncertainties and the first-passage theory is utilized to calculate the time-dependent reliability. Finally, one discrete mass-spring-damper system is analyzed for comparison with the collocation method and two panel structures (an elastic panel and a solar panel) are reliability evaluated to show the effects of the number of PID controllers and the displacement constraints.
Author Wang, Lei
Yang, Chen
Wu, Di
Liu, Jiaxiang
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  givenname: Chen
  surname: Yang
  fullname: Yang, Chen
– sequence: 4
  givenname: Di
  surname: Wu
  fullname: Wu, Di
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Snippet PID control is widely used in vibration control systems. However, there are various uncertainties present in practical engineering, and the PID parameters...
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SubjectTerms Active control
Collocation methods
Control systems
Controllers
Mass-spring-damper systems
Mathematical analysis
Parameter uncertainty
Probabilistic methods
Proportional integral derivative
Reliability analysis
Risk assessment
Statistical analysis
Time dependence
Vibration control
Title A novel interval dynamic reliability computation approach for the risk evaluation of vibration active control systems based on PID controllers
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