Abstract
AbstractIn this paper the disturbance attenuation and H∞‐optimization problems of civil engineering structures via state feedback are investigated. Here the civil engineering structures are considered to be assembled from finite elements obeying linear material laws, their displacements being small and the number of inputs (control forces) being equal to the number of outputs (displacements). The theory of disturbance attenuation and H∞‐optimization problems is introduced, for the first time, to control the civil engineering structures.
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