Autoresonant excitation and control of nonlinear mode for ultrasonically assisted drilling
Autoresonant excitation and control of nonlinear mode for ultrasonically assisted drilling
The application of high-frequency vibration processes for intensification of machining requires a control technique for identification, excitation and stabilisation of the nonlinear resonant mode in machining systems with unpredictable variation of processing loads. Such a technique was developed with the use of a self-exciting mechatronic system. This method of control is known as autoresonance. Autoresonant control of ultrasonically assisted drilling machine intended to improve machining process is thoroughly analysed and the simulation results of analysis for both mechanical feedback and electrical feedback are presented together with the application of different filters.
904-910
Li, Xuan
ed01c0d5-68e0-4abe-8642-5b9ebf153314
Babitsky, V.
fabcab48-0f3a-4920-8d05-b3bc130b81f4
Parkin, R.
9ed2484d-65a0-45cb-b510-639910f27cb0
Meadows, A.
9bc07f01-c74d-4bb1-a022-e5a88c816355
4 April 2014
Li, Xuan
ed01c0d5-68e0-4abe-8642-5b9ebf153314
Babitsky, V.
fabcab48-0f3a-4920-8d05-b3bc130b81f4
Parkin, R.
9ed2484d-65a0-45cb-b510-639910f27cb0
Meadows, A.
9bc07f01-c74d-4bb1-a022-e5a88c816355
Li, Xuan, Babitsky, V., Parkin, R. and Meadows, A.
(2014)
Autoresonant excitation and control of nonlinear mode for ultrasonically assisted drilling.
Zeitschrift fur Angewandte Mathematik und Mechanik, 94 (11), .
(doi:10.1002/zamm.201300217).
Abstract
The application of high-frequency vibration processes for intensification of machining requires a control technique for identification, excitation and stabilisation of the nonlinear resonant mode in machining systems with unpredictable variation of processing loads. Such a technique was developed with the use of a self-exciting mechatronic system. This method of control is known as autoresonance. Autoresonant control of ultrasonically assisted drilling machine intended to improve machining process is thoroughly analysed and the simulation results of analysis for both mechanical feedback and electrical feedback are presented together with the application of different filters.
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Accepted/In Press date: 28 February 2014
Published date: 4 April 2014
Identifiers
Local EPrints ID: 497689
URI: http://eprints.soton.ac.uk/id/eprint/497689
ISSN: 0044-2267
PURE UUID: 06c63902-76b2-493e-9ba1-33efda6a9944
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Date deposited: 29 Jan 2025 18:26
Last modified: 30 Jan 2025 03:32
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Author:
Xuan Li
Author:
V. Babitsky
Author:
R. Parkin
Author:
A. Meadows
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