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| Dr Nicholas Alexander | |
| Post(s): | Reader in Structural Dynamics, Department of Civil Engineering |
| Areas of expertise: | At the moment, I am working on the following research projects: -The behaviour of nonlinear moment resisting frames under... |
| Keywords: | earthquake engineering | structural dynamics | nonlinear dynamics |
| Professor David Ewins | |
| Post(s): | Visiting Fellow, Department of Aerospace Engineering |
| Areas of expertise: | My research interests span a wide range of structural dynamics topics, and include efforts to bring about an integration... |
| Keywords: | structural dynamics |
| Dr Erdin Ibraim | |
| Post(s): | Reader in Geomechanics, Department of Civil Engineering |
| Areas of expertise: | My research interests are diverse: -Advanced soil mechanics laboratory testing with and without rotation of principal... |
| Keywords: | seismic wave propagation | dynamics | structural dynamics | micromechanics |
| Dr John Macdonald | |
| Post(s): | Reader, Department of Civil Engineering |
| Areas of expertise: | Vibrations of bridges and other civil engineering structures and their components, e.g. cables. Effects of wind on structures,... |
| Keywords: | structural dynamics | wind engineering | bridges | cable structures | wind-induced oscillations | pedestrian-induced vibrations | structural monitoring | cable dynamics |
| Dr Chrystel Remillat | |
| Post(s): | Research Fellow, Department of Aerospace Engineering Research Fellow, Department of Aerospace Engineering |
| Areas of expertise: | I have been working extensively in the area of structural dynamics and acoustics. I have been actively involved in two multidisciplinary... |
| Keywords: | structural dynamics | acoustics | modelling of damping properties of gradient materials | modelling of damping properties of liquid crystal polymers | micro-macro modelling and design of complex materials | multiphysics modelling of biological materials and structures | characterisation of dynamic behaviour of bio-inspired structures & biological materials |
University of Bristol
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