Michael Friswell

Professor of Aerospace Structures

Swansea University

United Kingdom

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Michael Friswell is a Professor of Aerospace Structures at Swansea University, UK. His research focuses on nonlinear dynamics, stochastic modeling, and advanced structural analysis, as seen in his recent articles on topics such as modal dynamics in functionally graded materials and dynamic stability of tapered rotating beams. He is involved in innovative studies that integrate deep learning for structural identification and explore the potential of self-powered mechanical oscillators.

Michael Friswell

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Articles (25)

Large deflection model for nonlinear modal dynamics in functionally graded multi-thick-disk shaft with gradation variations and porosity imperfections

Modelling and stochastic updating of nonlinear structural joints

Stochastic nonlinear model updating in structural dynamics using a novel likelihood function within the Bayesian-MCMC framework

Efficient two-stage modal identification for structures with closely spaced modes by Bayesian FFT and joint approximate diagonalization

Dynamic stability analysis of tapered rotating beams with 2D functionally graded materials: A comparative study of Floquet theory approaches

Towards self-powered tunable mechanical oscillators: A conceptual study

Global correlation analysis of strongly nonlinear frequency responses using the arclength-based separation and the Correlation-Map

The effect of a nonlinear energy sink on the gust response of a wing

Experimental and numerical gust identification using deep learning models

A nonlinear joint model for large-amplitude vibrations of initially curved panels: Reduced-order modelling and experimental validation

Application of nonlocal strain gradient theory for the analysis of bandgap formation in metamaterial nanobeams

High Aspect Ratio Composite Wings: Geometrically Nonlinear Aeroelasticity, Multi-Disciplinary Design Optimization, Manufacturing, and Experimental Testing

Integration of the passive energy balancing based actuation system into a camber morphing design

Explainable Artificial Intelligence to Investigate the Contribution of Design Variables to the Static Characteristics of Bistable Composite Laminates

Arclength-based response matching of multivalued frequency responses to update models with strong nonlinearities

Uncertainty quantification in inerter-based quasiperiodic lattices

Model updating of dynamic structures with strong nonlinearities using fixed frequency continuation tests

Continuation analysis of overhung rotor bouncing cycles with smooth and contact nonlinearities

Non-linear modal interactions during rub-impact of a rotating flexible shaft

Integrating PZT layer with tuned mass damper for simultaneous vibration suppression and energy harvesting considering exciter dynamics: An analytical and experimental study

Sparse Bayesian machine learning for the interpretable identification of nonlinear structural dynamics: Towards the experimental data-driven discovery of a quasi zero stiffness device

Thermal vibration analysis of cracked nanobeams submerged in elastic foundations by nonlocal continuum mechanics

Comparative study on free vibration analysis of rotating bi-directional functionally graded beams using multiple beam theories with uncertainty considerations

Tailored twist morphing achieved using graded bend–twist metamaterials

Resonant passive energy balancing for a morphing helicopter blade

Collaborators (8)

Saullo G. P. Castro

Tanmoy Chatterjee

Seamus Garvey

Benjamin Woods

Hamed Haddad Khodaparast

mohammadreza Amoozgar

Alexander Shaw

Hamid Nasiri

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