Franco Levi

Who was Franco Levi?

Franco Levi was an Italian engineer.

Professor Franco Levi, Honorary President of CEB and FIP. He received his degree in Engineering from the Ecole Centrale in Paris and from the Polytechnic University of Turin in the years 1936 and 1937. Already assistant to Professor Gustavo Colonnetti in Turin, in 1938 he had to go into exile to France and later on to Switzerland due to the anti-Semitic laws. Back in Italy in 1945, he could resume at the Polytechnic University of Turin his outstanding research work, which was covering the most recent topics of structural mechanics and engineering, and published well known papers and books on the theory of states of coaction, on plastic theory, on the time-dependent behaviour of concrete structures, with particular regard to creep effects. He designed the Torino Palavela. However, his attention was attracted since the beginning by the need of a quick transfer of scientific achievements to the practical design and construction of structures, and his efforts in such a direction are certainly among the most important services rendered to the community of structural engineers in which he was successful and for which he will be remembered. The great opportunity for that action was the development of the new technique of pre-stressed concrete, in which he was scientifically involved since 1938, during his first research period. After the war, since 1945 to 1961, as Director of the CNR Consiglio Nazionale delle Ricerche in Turin, Franco Levi had an essential role in the international discussion on the theoretical and practical aspects of this innovative technique and on the establishment of design rules to be internationally agreed. The innovation of prestressed concrete, together with the new approaches of plastic design and of probabilistic safety criteria induced the most advanced specialists of structural design and analysis to install in 1953 a new committee having the objective of a coordination and synthesis of research and of the creation and international harmonization of the principles and rules for the conception, calculation, construction, and maintenance of concrete structures according to the new approaches. Franco Levi was appointed President of CEB from 1957 and maintained this position until 1968, leading this organization, with his dynamic action, to the publication of the first and the second set of CEB Recommendations. Between 1966 and 1970 he was also President of the ”Fédération Internationale de la Précontrainte – FIP”, which had the role of promoting the innovative technique in the practical field. In 1979 the European Community considered the work of CEB ripe to become the basis for the first Eurocode; Franco Levi was appointed Chairman of the Drafting Committee for Eurocode 2. Eurocode 2 was printed by CEC in the famous Luxemburg edition 1988, together with EC1, EC3, EC6, EC8. Franco Levi had an essential role in the coordination of the drafting of such 5 Eurocodes based on the same criteria of the “Limit States” and on what was called the “Semiprobabilistic approach”. This format still remains the format of the subsequent set of Eurocodes issued by CEN TC 250. The original ideas, the developments in the field of the new safety approaches, the perseverance, the constant attention to the new achievements of science, and 40 years of enthusiastic work on them made of Franco Levi the real father of the Eurocodes. In the same time he was Professor of Structural Analysis at the University of Venice and at the Polytechnic University of Turin and Director of the Department of Structural Engineering and Soil Mechanics until 1989, when he became Emeritus. In 1986 he became Full Member of the Academy of Sciences of Turin. He received honours from the Universities of Liège, Waterloo, Venice, the American Concrete Institute, AICAP, and the Trasenster, Freyssinet, Mörsch, Caquot, Torroja Medals, as well as the Golden Medal of the Italian Government. For his high moral and scientific stature Franco Levi will be remembered as one of the greatest minds in structural engineering at the international level.