International Conference on Innovation in

Civil, Structural and Environmental Engineering

CIVILENG2024

Hotel Isola Sacra Rome Airport, Via della Scafa, 416, 00054 Fiumicino RM, Italy October 23-25, 2024
Invited Speaker
Dr AnTonia Sophocleous-Lemonari
Dr AnTonia Sophocleous-Lemonari
University of Nicosia, Nicosia
Cyprus

Adaptable Dual Control Systems (ADCS) for seismic design is the area in which Assistant Professor A. Sophocleous-Lemonari has made significant contributions to the field of structures. Her lifelong dedication to reshaping earthquake-resistant structures began with an integrated masters in structural engineering from the National Technical University in Athens, Greece, followed by a Doctor of Philosophy degree from the University of Cyprus. Her investigations into ADCS, structural finite element analysis, and the dynamic behavior of hysteretic dampers have fundamentally altered the field of structural engineering. Publications in esteemed journals such as the Journal of Advances in Structural Engineering, the International Journal of Safety and Security Engineering, and "Structures and Architecture" provide invaluable insights into dual system configurations for seismic safety. The academic contributions made by A. Sophocleous-Lemonari can be found in a wide variety of publications that have a significant impact. Remarkable articles such as "Advanced Control Strategies for Earthquake-Resistant Structures" and "Innovative Seismic Control Technologies" highlight the significant impact that her work has had on seismic engineering. Her dedication to advancing seismic design methodologies is demonstrated by the inclusion of chapters in books such as "Seismic Protection of Structures" and her participation in distinguished international conferences series such as the World Conferences in Earthquake Engineering, Earthquake Resistant Engineering Structures, Computational Dynamics and International Conferences on Structural Dynamics. A. Sophocleous-Lemonari is a notable individual in the academic world, in addition to the scholarly accomplishments she has achieved. The supervision of doctoral dissertations and active participation in academic committees are two examples of how her mentorship extends across a wide range of fields, from engineering mechanics to seismic design. Doctor's achievements stem from her unwavering dedication to outstanding research and effective teaching. Her innovative approach to seismic design reinforces structures against nature's power and her research findings are effortlessly incorporated into teaching.