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- Graham Rogerson
I gained a BSc in Mathematics from the University of Leicester (1983), and an MSc in Theoretical Mechanics from the University of East Anglia (1984). I stayed at the University of East Anglia to do a PhD under the supervision of Dr Nigel Scott. After completing my PhD (1987), I spent around a year in industry, working for Royal Ordnance in Blackburn. In early 1989 I returned to academia, being appointed Research Fellow within the Department of Theoretical Mechanics at the University of Nottingham. During my two and a half years in Nottingham, I worked under the supervision of Dr Tony Green on a United States Air Force funded project. The project concerned the mathematical elucidation of impact response in fibre-reinforced laminates. In 1991 I was appointed a Lecturer in Mathematics at the University of the West of England. Two years later, I moved to a similar position at the University of Salford, where I became Professor of Applied Mathematics (2002) and Director of the Centre for Theory and Modelling (2005). In September 2006 I moved to Keele as a Professor of Applied Mathematics, becoming Head of the School of Computing and Mathematics in July 2008.
My research interests concern the propagation of waves in elastic solids and structures. Over the years this has involved a number of applications, including the impact response of fibre-reinforced laminated aircraft wings and artificial vibration of coal layers. A considerable amount of my research effort has focussed on trying to establish simplified approximate long wave theories to help elucidate the dynamic response of thin structures. This included the establishment of a novel mathematically justified methodology to enable initial value problems to be investigated. Currently, through the 3ME project, potential applications of my research within both Bio-medical Engineering and Earth Science are being investigated. This project was funded through EPSRC's Bridging the Gaps initiative.
Selected Publications
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2012. Initiation of aneurysms as a mechanical bifurcation phenomenon. International Journal of Non-lineear Mechanics, vol. 47, 179-184. doi> full text>
Full Publications List show
Journal Articles
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2012. Initiation of aneurysms as a mechanical bifurcation phenomenon. International Journal of Non-lineear Mechanics, vol. 47, 179-184. doi> full text>
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2006. An asymptotic analysis of initial-value problems for thin elastic plates. Proceedings of the Royal Society, Series A, vol. 462(2073), 2541-2561. doi>
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2005. Localized vibration in elastic structures with slowly varying thickness. Quarterly Journal of Mechanics and Applied Mathematics, vol. 58(4), 645-664. doi>
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2004. Dispersion of Small Amplitude Waves in a Pre-Stressed, Compressible Elastic Plate. Journal of Elasticity, vol. 75(1), 1-29. doi>
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2002. An asymptotic membrane-like theory for long wave motion in a pre-stressed elastic plate. Proceedings of the Royal Society, Series A, vol. 458(2022), 1447-1468. doi>
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2000. A low-frequency model for dynamic motion in pre-stressed incompressible elastic structures. PROCEEDINGS OF THE ROYAL SOCIETY OF LONDON SERIES A-MATHEMATICAL PHYSICAL AND ENGINEERING SCIENCES, vol. 456(2003), 2589-2610. link>
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1994. A NONLINEAR-ANALYSIS OF INSTABILITY OF A PRESTRESSED INCOMPRESSIBLE ELASTIC PLATE. PROCEEDINGS OF THE ROYAL SOCIETY OF LONDON SERIES A-MATHEMATICAL PHYSICAL AND ENGINEERING SCIENCES, vol. 446(1927), 233-254. link>
Other
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2004. Boundary layers near the reflected and transmitted dilatational wave fronts in a composite cylindrical shell. THEORIES OF PLATES AND SHELLS: CRITICAL REVIEW AND NEW APPLICATIONS (vol. 16, pp. 193-200). link>
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2002. Long wave motion in a Mooney-Rivlin layer with fixed faces. PROCEEDINGS OF THE 4TH INTERNATIONAL CONFERENCE ON NONLINEAR MECHANICS (pp. 488-492). link>
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1998. The effect of finite primary deformations on the dynamic response of incompressible layered media. 3RD INTERNATIONAL CONFERENCE ON NONLINEAR MECHANICS (pp. 360-364). link>

