Dr Nikolaos Nikitas
- Position: Associate Professor in Structural Dynamics and Engineering
- Areas of expertise: aerodynamics and aeroelasticity; experimental dynamics and modal analysis; identification analysis; mechanics of structures and materials; earthquake engineering
- Email: N.Nikitas@leeds.ac.uk
- Phone: +44(0)113 343 0901
- Location: 205 School of Civil Engineering
- Website: Scopus | GoogleScholar | ResearchGate
- PhD University of Bristol, 2011. Thesis title: 'Wind-Induced Dynamic Instabilities of Flexible Bridges'.
- PhD The University of Edinburgh, 2008. Thesis title: 'Dislocation-Based Continuum Models of Crystal Plasticity on the Micron Scale'.
- MEng Aristotle University of Thessaloniki, 2004. Specialisation in Structures/Earthquake Engineering. Grade 8,36/10.
Dr Nikolaos Nikitas is an Associate Professor in Structural Dynamics and Engineering in the School of Civil Engineering working particularly on aeroelasticity and on complex, multibody dynamic interaction problems. He previously researched on theoretically probing the intricate size-effects of nano/micro-plasticity (EU FP6, RTN 'Size-Depen') while conducting a first PhD in the University of Edinburgh. Both continuum and discrete descriptions were used for a study that covered not only the “on average” size-effects that have lately become much appreciated in engineering practice, but also spatio-temporal avalanche-like features of material deformation. Later he undertook an EPSRC funded second PhD (EP/D073944/1) in the University of Bristol, dealing with self-excited vibrations of flexible wind-prone bridges, which further led to a JSPS Fellowship with the University of Kyoto (ID No. PE 10565).
He is an expert on theoretical and experimental dynamics with work including full-scale monitoring and inverse analysis of landmark/major bridges (Clifton Suspension Bridge, Ting Kau Bridge, Oresund Bridge), wind tunnel testing in state-of-the-art unique facilities (National Research Council, Canada), shaking table tests (Bristol Laboratory) and physical modelling for novel structural systems (e.g. offshore wind turbines). Before moving to Leeds he joined the Department of Civil Engineering of the University of Bristol as a lecturer in Structures while more recently he had the leading role, being the Structural Wind and Seismic Dynamics expert in Leeds, contributing to the successful EPSRC Strategic Equipment Grant proposal for establishing a dynamic testing facility in Leeds (EP/L022648).
Editorship in journals
- Member of the Editorial Board of 'Advances in Mechanical Engineering'
- Member of the Editorial Board of 'Sustainable and Resilient Infrastructure'
- Associate Editor of 'frontiers in Built Environment' section 'Wind Engineering and Science'
Participation in funding research bodies
- Full Member of the EPSRC Peer Review College [since 06/2017, after being promoted from Associate Member]
- Reviewer for the British Council / Newton Fund
Leading/Managerial positions in the University
- MSc in Structural Engineering - Head Reviewer
- Year 3/4 Tutor - all MEng/BEng Civil Engineering programmes
- Member of School Taught Student Education Committee
- Member of Faculty Blended Learning Committee
- Japan Champion for School Internationalisation Committee
- Civil Engineering Representative in Centre for Robotics and Mechatronics Core Committee
- Member of the MaPs and Engineering Faculties Research Ethics Committee
- Wind engineering
- Self-excited phenomena and nonlinear/stochastic dynamics
- Experimental dynamics and sensors
- Earthquake engineering
- Interaction phenomena (fluid-structure, human-structure, soil-structure)
- Mechanics of structures on multiscale
- Structural health monitoring and inverse analysis
- Theoretical and engineering mechanics, mechanics of materials
Funded research selection
- RCUK Newton/Picarte Fund UK/Chile EP/N03435X/1 ; 'Shaking tunnel Vision'. Value: £254k+£138k, 2016-2018. Co-I
- EPSRC Strategic Equipment Grant Award EP/L022648/1 ; 'Multi-Axis Dynamic Shaking Table'. Value: £275k+£100k (plus additional University contribution of £700k), 2013-2017. Co-I, key contact
- EPSRC CASE Studentship Award EP/L504993/1 ; 'Enhancing the practical applicability of smart tuned mass dampers in high-rise civil engineering structures'. Value: £72k, 2013-2017. Co-PI
- International Research Collaboration Award, IRCA ; 'Preparing the future of experimental dynamics by blending two different worlds'. Value: £15k, 2014-2016. PI
- Leeds School of Civil Engineering Seedcorn Funding Scheme ; 'Modelling Human Balance ; Experimentally sizing the parameters of a unified bio-inspired mechanical model of standing and walking'. Value: £8k, 2015-2016. PI
Published work distinction
- Highly-cited article in 'Soil Dynamics and Earthquake Engineering'; [Award Certificate]
- Most downloaded article in 'Soil Dynamics and Earthquake Engineering'
- Most downloaded article in 'European Journal of Mechanics - B/Fluids'
Currently, and also previously, assigned with teaching modules falling within the key civil engineering subject areas of:
- Structural analysis
- Mechanics of materials
- Dynamics of structures
- Earthquake and wind engineering
- Research and design project work
Indicatively beyond Leeds, teaching-wise, working with:
- the Nuffield Foundation for the 'Research Placements' scheme
- the NSF funded 'International Research Experience for Students (IRES)' scheme
- the EPSRC for the 'Vacation Bursary' scheme
Also devotedly researching towards delivering innovation in student-education practices, see e.g. VR applications
Research groups and institutes
- Nuclear Leeds
- Institute for Resilient Infrastructure
- Institute of Design, Robotics and Optimisation