Nicholas Alexander

Biography

Dr. Nicholas Alexander is affiliated to Civil Engineering, University of Bristol. Dr. Nicholas Alexander is currently providing services as Senior Lecturer . Dr. Nicholas Alexander has authored and co-authored multiple peer-reviewed scientific papers and presented works at many national and International conferences. Dr. Nicholas Alexander contributions have acclaimed recognition from honourable subject experts around the world. Dr. Nicholas Alexander is actively associated with different societies and academies. Dr. Nicholas Alexander academic career is decorated with several reputed awards and funding. Dr. Nicholas Alexander research interests include Behaviour of corroded reinforced concrete structures subjected to seismic excitations, Behaviour of nonlinear moment resisting frames under seismic excitation , Pre-stressed frames with opening joints that allow structures to soften but remain undamaged after earthquakes, Nonlinear tuned mass dampers, All analysis in earthquake engineering is predicated on the accurate processing of ground motion timehistories, Analysis of long structures that are subjected to differential seismic excitation both in acceleration and displacement; i.e. the multi-support excitation of bridges, Human-Structure interaction - dynamic feedback between structures and people that can produce complex and unexpected resonances, Understanding the dynamics of piled structures, using a nonlinear dynamics perspective, Vulnerability of cities; structure-soil-structure interaction. .

Research Interest

Behaviour of corroded reinforced concrete structures subjected to seismic excitations, Behaviour of nonlinear moment resisting frames under seismic excitation , Pre-stressed frames with opening joints that allow structures to soften but remain undamaged after earthquakes, Nonlinear tuned mass dampers, All analysis in earthquake engineering is predicated on the accurate processing of ground motion timehistories, Analysis of long structures that are subjected to differential seismic excitation both in acceleration and displacement; i.e. the multi-support excitation of bridges, Human-Structure interaction - dynamic feedback between structures and people that can produce complex and unexpected resonances, Understanding the dynamics of piled structures, using a nonlinear dynamics perspective, Vulnerability of cities; structure-soil-structure interaction.