Lucia Tirca
Associate Professor
Building, Civil, and Environmental Engineering
Concordia University
Canada
Biography
"Dr. Lucia Tirca joined the Department of Building, Civil and Environmental Engineering as an Assistant Professor in 2008. After she was awarded the Ph.D. degree in Civil (Structural) Engineering from Technical University of Civil Engineering, Bucharest, Romania (2001), she was a postdoctoral fellow at École Polytechnique de Montréal (2002-2003). During her engineering career, Dr. Tirca received a number of prestigious awards. As a researcher she was awarded the Japan Society for the Promotion of Science (JSPS) pre-doctoral Fellowship (2000) held at Nihon University, Tokyo, Japan and European Tempus Fellowship (1998, 1997, and 1996) held at Royal Technical University, Stockholm, Sweden, University of Barcelona, Spain, and University Federico II, Naples, Italy. As a designer she was rewarded with the “Mention Honorifique CANAM” (2007). Her research interests include seismic retrofit and rehabilitation of existing steel structures, design of steel structures with different dissipation devices, structural dynamics and earthquake engineering. Dr. Tirca has several years of practical experience in structural engineering in Canada and Europe. She is a member of Ordre des ingénieurs du Québec. Dr. Tirca has authored/ coauthored several articles in technical journals and conferences proceedings, as well as a number of book chapters and technical reports. Her teaching, research and design philosophy is based on the belief that “Structural engineering is the art of using materials to build real structures, to withstand forces so that our responsibility with respect to public safety is satisfied.
Research Interest
Dr. Lucia's research interests include seismic retrofit and rehabilitation of existing steel structures, design of steel structures with different dissipation devices, structural dynamics and earthquake engineering.
Publications
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Bosco M, Tirca L (2017)Numerical simulation of steel I-shaped beams using a fiber-based damage accumulation model. J of Constructional Steel Research 133: 241-255.