This article deals with the problem of the reduction of structural vibrations with isodamping property. The proposed methodology is based on: - a contour defined in the Nichols plane and significant of the damping ratio of the closed-loop response - a robust control method that uses fractional order integration. The methodology is applied to an aircraft wing model made with a beam and a tank whose different levels of fillings are considered as uncertainties
Smart beams are one of the most frequently used means of studying vibrations in airplane wings. Thei...
The wing is one of the most important parts of an airplane because it ensures stability, sustenance ...
International audienceA robust controller design is proposed for the active suspension system benchm...
The article proposes a method to design a robust controller ensuring the damping ratio of a closed-l...
This article deals with the reduction of structural vibrations. Two approaches are possible to tackl...
Abstract: The article proposes a method to design a robust controller ensuring the damping ratio of ...
Fractional complex order integrator has been used since 1991 for the design of robust control-system...
The article proposes a frequency-based method to design a controller ensuring dynamic behavior of a ...
In this paper a simple nonlinear, adaptive control using causal time-invariant Green-functions and f...
Vibrations in airplane wings have a negative impact on the quality and safety of a flight. For this ...
Fractional order controllers are receiving an ever-increasing interest from the research community d...
Acknowledgments This research was sponsored in part by the Spanish FPU12/00984 and FPU14/02256 Progr...
2004 International Conference on Computational CyberneticsIn this paper a simple nonlinear, adaptive...
Smart structures are obtained by integration of actuators, sensors and controllers into conventional...
Detailed investigation of a simple nonlinear, active, adaptive approach of controlling the oscillati...
Smart beams are one of the most frequently used means of studying vibrations in airplane wings. Thei...
The wing is one of the most important parts of an airplane because it ensures stability, sustenance ...
International audienceA robust controller design is proposed for the active suspension system benchm...
The article proposes a method to design a robust controller ensuring the damping ratio of a closed-l...
This article deals with the reduction of structural vibrations. Two approaches are possible to tackl...
Abstract: The article proposes a method to design a robust controller ensuring the damping ratio of ...
Fractional complex order integrator has been used since 1991 for the design of robust control-system...
The article proposes a frequency-based method to design a controller ensuring dynamic behavior of a ...
In this paper a simple nonlinear, adaptive control using causal time-invariant Green-functions and f...
Vibrations in airplane wings have a negative impact on the quality and safety of a flight. For this ...
Fractional order controllers are receiving an ever-increasing interest from the research community d...
Acknowledgments This research was sponsored in part by the Spanish FPU12/00984 and FPU14/02256 Progr...
2004 International Conference on Computational CyberneticsIn this paper a simple nonlinear, adaptive...
Smart structures are obtained by integration of actuators, sensors and controllers into conventional...
Detailed investigation of a simple nonlinear, active, adaptive approach of controlling the oscillati...
Smart beams are one of the most frequently used means of studying vibrations in airplane wings. Thei...
The wing is one of the most important parts of an airplane because it ensures stability, sustenance ...
International audienceA robust controller design is proposed for the active suspension system benchm...