Friction damping for turbomachinery: a comprehensive review of modelling, design strategies, and testing capabilities
Friction damping for turbomachinery: a comprehensive review of modelling, design strategies, and testing capabilities
This paper presents a comprehensive review of recent advancements in modelling approaches, design strategies, and testing techniques applied to friction damping in turbomachinery. It critically evaluates experimental testing, design processes, and optimisation studies, along with the latest developments in numerical modelling techniques. The review begins with an overview of vibration mitigation methods and the historical development of friction dampers for bladed disk systems. Subsequent sections explore research efforts aimed at enhancing numerical and simulation modelling capabilities, encompassing contact friction models, reduced-order modelling methods, and numerical solvers suitable for real-world applications and industrial high-fidelity models. The paper also delves into available testing rigs for experimental validation and characterisation of various friction damper types, as well as the literature on uncertainty quantification in friction damping. It concludes by highlighting recent trends in novel concepts, modelling techniques, and testing technologies shaping the design of next-generation friction dampers.
Aero-engine, Contact modelling, Experimental characterisation, Friction bench design, Friction dampers, Nonlinear vibration, Reduced order modelling, Structural design, Uncertainty quantification, Vibration control
Yuan, Jie
4bcf9ce8-3af4-4009-9cd0-067521894797
Gastaldi, Chiara
4d5be48b-77f5-46fd-a489-164cbb9202f6
Denimal Goy, Enora
49fe7e8d-c02b-4ebe-b126-4ca1000c939d
Chouvion, Benjamin
3f235c12-e50a-41c5-bed5-eeb9a46222e3
19 June 2024
Yuan, Jie
4bcf9ce8-3af4-4009-9cd0-067521894797
Gastaldi, Chiara
4d5be48b-77f5-46fd-a489-164cbb9202f6
Denimal Goy, Enora
49fe7e8d-c02b-4ebe-b126-4ca1000c939d
Chouvion, Benjamin
3f235c12-e50a-41c5-bed5-eeb9a46222e3
Yuan, Jie, Gastaldi, Chiara, Denimal Goy, Enora and Chouvion, Benjamin
(2024)
Friction damping for turbomachinery: a comprehensive review of modelling, design strategies, and testing capabilities.
Progress in Aerospace Sciences, 147, [101018].
(doi:10.1016/j.paerosci.2024.101018).
Abstract
This paper presents a comprehensive review of recent advancements in modelling approaches, design strategies, and testing techniques applied to friction damping in turbomachinery. It critically evaluates experimental testing, design processes, and optimisation studies, along with the latest developments in numerical modelling techniques. The review begins with an overview of vibration mitigation methods and the historical development of friction dampers for bladed disk systems. Subsequent sections explore research efforts aimed at enhancing numerical and simulation modelling capabilities, encompassing contact friction models, reduced-order modelling methods, and numerical solvers suitable for real-world applications and industrial high-fidelity models. The paper also delves into available testing rigs for experimental validation and characterisation of various friction damper types, as well as the literature on uncertainty quantification in friction damping. It concludes by highlighting recent trends in novel concepts, modelling techniques, and testing technologies shaping the design of next-generation friction dampers.
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Accepted/In Press date: 4 June 2024
e-pub ahead of print date: 19 June 2024
Published date: 19 June 2024
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Publisher Copyright:
© 2024 The Author(s)
Keywords:
Aero-engine, Contact modelling, Experimental characterisation, Friction bench design, Friction dampers, Nonlinear vibration, Reduced order modelling, Structural design, Uncertainty quantification, Vibration control
Identifiers
Local EPrints ID: 491306
URI: http://eprints.soton.ac.uk/id/eprint/491306
ISSN: 0376-0421
PURE UUID: 35768039-5c14-4bdf-99ea-2e0065824cc1
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Date deposited: 19 Jun 2024 16:46
Last modified: 11 Jul 2024 02:15
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Contributors
Author:
Jie Yuan
Author:
Chiara Gastaldi
Author:
Enora Denimal Goy
Author:
Benjamin Chouvion
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