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Deterministic and Random Vibration of Linear Systems with Singular Parameter Matrices and Fractional Derivative Terms

2021

Both time- and frequency-domain solution techniques are developed for determining the response of linear multi-degree-of-freedom systems exhibiting singular parameter matrices and endowed with derivative terms of noninteger orders modeled as rational numbers. This is done based on the Moore-Penrose matrix inverse theory, in conjunction with a state variable formulation and with a complex modal analysis treatment. It is worth noting that, for the class of systems considered herein, this treatment also yields decoupled governing equations, thus facilitating further their numerical solution. Next, a generalization of the standard frequency-domain input-output (excitation-response) relationship…

Engineering dynamics Fractional derivative Moore-Penrose inverse Singular matrixMechanics of MaterialsMechanical EngineeringSingular matrixLinear systemApplied mathematicsRandom vibrationSettore ICAR/08 - Scienza Delle CostruzioniMoore–Penrose pseudoinverseMathematicsFractional calculusJournal of Engineering Mechanics
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