Skip to main navigation Skip to main content

Research Group: Dynamics Group

Currently Active:: Yes

The Dynamics Group has a wide range of interests in the modelling, measurement and control of structural vibrations, vibroacoustic response and biodynamics. Our activities cover the whole spectrum, from fundamental theoretical studies, through the development of numerical tools and experimental measurement techniques. We have fostered close collaborations with industry, which underpin our research in applications such as noise and vibration of transportation vehicles (rail, road, aerospace), human response to vibration, and condition monitoring of infrastructure.

Group Overview

Our laboratories, which incorporate the renowned Human Factors Research Unit (HFRU), contain an extensive range of equipment for vibration measurement, testing and analysis. We work closely with colleagues in ISVR Consulting and contribute to a number of short courses for industry concerning vibration modelling, measurement and control.

Research activities:

Dynamic Modelling

High-Frequency Vibrations

Human Factors Research Unit

Railway Noise and Vibration

Condition Monitoring

Contact us

Institute of Sound and Vibration Research
School of Engineering
Faculty of Engineering and Physical Sciences
University of Southampton
Highfield Campus
Southampton SO17 1BJ
Tel: +44 (0)23 8059 2277
Email: isvr-dg@soton.ac.uk

Postgraduate opportunities

PhD studentships are advertised on the University of Southampton’s recruitment site and elsewhere. For informal enquiries please contact the head of group at isvr-dg@soton.ac.uk

Publications

Articles

Book

Rustighi, E. (Ed.), Ferguson, N. (Ed.), Forte, P. (Ed.), Boltežar, M. (Ed.), Brennan, M. J. (Ed.), Chakraverty, S. (Ed.), Halkyard, R. (Ed.), Nakano, K. (Ed.), Rizzi, S. A. (Ed.), Spottswood, S. M. (Ed.), & Institute of Sound and Vibration Research (ISVR) (2013). RASD2013: 11th International Conference on Recent Advances in Structural Dynamics. Proceedings of the 11th International Conference. University of Southampton.

Book Chapters

Conferences

Creative Media and Artefacts

Muggleton, J. M. (Author), & Hart-Davis, A. (Author). (2012). Mapping Britain's underworld. BBC Radio 4, May 25th 2012. Digital or Visual Products, BBC Radio 4.

Datasets

Patent

Waters, T., & Stothers, I. M. (2018). Ice protection system Ice protection system. (Patent No. PCT/GB2018/051474). https://patentscope.wipo.int/search/fr/detail.jsf;jsessionid=E9F4B072D0CEA110333E3BB6559A68E9.wapp2nB?docId=WO2018220370&recNum=28539&office=&queryString=&prevFilter=&sortOption=Date+de+pub.+antichronologique&maxRec=72948667

Report

Rogers, C. D. F., Overton, C. G., Cohn, A. G., Pennock, S. R., Jenks, C. H. J., Muggleton, J. M., Rustighi, E., Atkins, P. R., Foo, K. Y., Cross, J., Swingler, S. G., Chapman, D. N., Curioni, G., Royal, A. C. D., Metje, N., & Parker, J. (2012). Mapping the underworld. Engineering and Physical Sciences Research Council (ESPRC).

Reviews

Ntotsios, E. (2021). Review of “Ground Vibrations from High-Speed Railways: Prediction and mitigation”, Victor V. Krylov (Ed.), ICE Publishing, London (2019), ISBN: 9780727763792. Journal of Sound and Vibration, 490, [115563]. https://doi.org/10.1016/j.jsv.2020.115563
Thompson, D., Kouroussis, G., & Ntotsios, E. (2019). Modelling, simulation and evaluation of ground vibration caused by rail vehicles. Vehicle System Dynamics, 57(7), 936-983. https://doi.org/10.1080/00423114.2019.1602274

Theses

Working Papers

Latorre Iglesias, E., & Thompson, D. J. (2014). Anechoic wind tunnel tests on high-speed train bogie aerodynamic noise. (ISVR Technical Memorandum; No. 1001). University of Southampton.
Latorre Iglesias, E., & Thompson, D. J. (2014). Wind tunnel tests on the noise radiated by cylinders with different cross-sections. (ISVR Technical Memorandum; No. 1002). University of Southampton.
Prasetiyo, I., Thompson, D. J., & Ryue, J. (2012). Validation of coupled waveguide finite element-wavedomain boundary element (WFBE) method for the case of an infinite plate strip. (ISVR Technical Memorandum; No. 997). University of Southampton.
Prasetiyo, I., & Thompson, D. J. (2011). Vibration response, sound radiation and sound transmission of an infinite plate strip. (ISVR Technical Memorandum; No. 994). University of Southampton.

Research Staff

List of all staff members in Dynamics Group
Staff Member	Primary Position
Olusegun Ayodeji Adesina	Postgraduate research student
Adila Nalisa Binti Mohd Roslan	Postgraduate Research Student
Thomas G.R. Clarke	Post-Doctoral Research Fellow
Francesco D'Amore	Researcher in Human Vibration
Neil Ferguson	Senior Lecturer in Structural Dynamics
Michael Griffin	Professor of Human Factors
Michal Kalkowski	Lecturer in Dynamics
Christopher Knuth	Postgraduate Research Student
Brian Mace	Visiting Professor of Structural Dynamics
David Milne	Research Fellow
Pablo Miranda Valiente	PhD student
Jen Muggleton	Principal Research Fellow
Evangelos Ntotsios	Research Fellow
Yi Qiu	Associate Professor
Xiangyu Qu	Postgraduate Research Student
Emiliano Rustighi	Visiting Fellow
Giacomo Squicciarini	Lecturer
Austen K Stone	Postgraduate Research Student
David Thompson	Professor in Railway Noise and Vibration
Timothy Waters	Associate Professor of Vibration Engineering
Ying Ye	Lecturer

Related Projects

List of related projects to Dynamics Group
Related Projects	Status
Wave and Finite Element Modelling	Active
Control of non-linear vibration using an iterative Sherman-Morrison receptance method	Active
Human response to force and hand-arm vibration	Active
Mid-to-High Frequency Modelling of Vehicle Noise and Vibration	Active
Aerodynamic noise of high-speed train bogies	Active
Robust active vibration control by the receptance method	Active
Hydrant Dynamics for Acoustic Leak Detection	Active
Pipe Wave Modelling for Acoustic Leak Detection	Active
Tuneable vibration absorbers	Active
Ultra Low Frequency Vibration Isolation	Active
Modelling of rail corrugation growth in curved track	Active
Novel experimental characterisation of elastic & acoustic metamaterial as produced using additive manufacturing technology	Active
Track to the Future	Active
The Influence of Baseplate Fastening Systems on Railway Rolling Noise	Active
Combining Steady state and Transient Methods for Acoustic Leak Detection	Active
Study of the dynamics of the suspension-seat-occupant system exposed to tri-axis translational vibration	Active
Ultrasonic Removal of Surface Accretions	Active
Control of biofouling in water pipes using guided waves	Active
Dielectric Electro-Active Polymers: Vibration Control Application	Active
The influence of existing buildings on ground-borne vibration from railways	Active
Sound radiation of a rotating railway wheelset	Active
SILVARSTAR	Active
Passive vibration isolation using nonlinear characteristics	Active
Acoustic fatigue prediction for advanced aerospace structures	Active
TRANSIT	Active
Leak noise characterisation for buried plastic pipes	Active
Prediction of Railway Impact Noise due to Wheel/Rail Discontinuities	Active
Acoustic fatigue	Active
Variability and uncertainty in vibroacoustics	Active
Modelling of an electromagnetic regenerative shock absorber with a mechanical motion rectifier	Active
Hydrant Dynamics for Leak Detection	Active
Mapping the Underworld	Dormant
Prediction of groundborne noise and vibration in buildings	Dormant
ROLL2RAIL	Dormant
Virtual certification of acoustic performance for freight and passenger trains	Dormant
Railway damping technologies	Dormant
Track 21 - Railway Track for the 21st Century	Dormant
Modelling Of Train Induced Vibration (MOTIV)	Dormant
RUN2RAIL	Dormant
Prediction of ultrasonic wave propagation in aircraft structures for crack monitoring	Dormant
Condition Monitoring	Dormant

Share this research group Share this on Facebook Share this on Twitter Share this on Weibo

Privacy Settings