[1] “Fatigue Behaviour of Orthotropic Steel Bridge Decks”, I.A.B.S.E. Workshop Proceedings on: “Remaining Fatigue life of Steel Structures”, pagg.271-280, Losanna, 1990.
(in collaborazione con S.Caramelli, P.Croce, L.Sanpaolesi)

[2] “Analysis of Fatigue Test Results on Field-welded Rib Splices in Orthotropic Steel Bridge Decks”, R.I.L.E.M. Workshop Proceedings on: “Needs in Testing Metals”, pagg.203-216, Napoli, 1990.
(in collaborazione con S.Caramelli, P.Croce, L.Sanpaolesi)

[3] “Rénsponse thermique des ponts à poutres en B.A., B.A.P. sous l’effet des agents climatiques”, Atti del “Quatrième Colloque Maghrebin sur les Modèles Numériques de l’Ingénieur”, Volume II, pagg.1-7, Alger, Novembre 1993.
(in collaborazione con N.Hariga)

[4] “Fatigue Behaviour of Steel Decks of Cable Stayed Bridges”, Proceedings of the Cable Stayed Bridge International Symposium, Shangai 1994.
(in collaborazione con S.Caramelli, P.Croce, L.Sanpaolesi)

[5] “Research on the Transversal Thermal Behaviour of a Prestressed Concrete Box Girder Bridge in Italy”, Proceedings of the IABSE Colloquium on Background and application of Eurocode 1, pagg.509-519, Delft, March 1996.
(in collaborazione con: G.Nati, M.Orlandini e R.Barsotti)

[6] “Repair Techniques for the Rehabilitation of Fatigue Cracker Orthotropic Steel Bridges”, I.A.B.S.E. Workshop Proceedings on: “Evaluation of Existing Steel and Composite Bridges”, pagg. 161-171, Losanna, 1997.
(in collaborazione con S.Caramelli, P.Croce, L.Sanpaolesi) .

[7] ” Simple Rheological Visco-elastic Model of the Heat Tempering in Glass Panes”, Opening Keynote Lecture of the International Symposium on the Application of Architectural Glass (ISAAG), München, 15-16 novembre 2004.
(in collaborazione con G.Buratti).

  • Abstract: The time-space distribution of eigen-stresses and residual deformations of a plane plate which reaches its final solid state through a given transition process of non uniform cooling is here described by means of a simple aging visco-elastic rheological model.The aging processes of the elastic and viscous properties are supposed to be temperature dependant in order to directly control the influence of the thermal history on the final stress and deformation conditions of the solid. The model is able to reproduce qualitatively well the development of eigen-stresses in the spatially symmetrical cooling processes of tempering or toughening, as well as the formation of eigen-stresses and permanent bending in the spatially asymmetrical cooling processes of heat curving.

[8] “Towards Ductile Glass Beams“, Proceedings of the IASS Congress, Venice, 2007. (in collaborazione con L.Lani)

[9] “Thermo-mechanical Behaviour of Laminated Glass Panes“, Glass Processing Days, Tampere (Finlandia), Giugno 2007.
(in collaborazione con L.Lani)

[10] “New Design Concepts Focused on Reliability of Structural Glass Elements“, Glass Processing Days, Tampere (Finlandia), Giugno 2007.
(in collaborazione con M.Devigili)

[11] “The Challenge of Predicting Glass Lifetime”, Challenging Glass – Conference on the Architectural and Structural Application of Glass, T.U. Delft, 2008
(in collaborazione con M.Devigili)

[12] “About a New Kind of Prestressed Glass-Steel Beams“, International Symposium on Applications of Architectural Glass (ISAAG), Munich, October 2008.

[13] “Trabes Vitreae Tensegrity: an Example of Segmental Prestressed Glass Beams“, Challenging Glass 2 – Conference on Architectural and Structural Applications of Glass, TU Delft, May 2010.
(in collaborazione con Leonardo Lani)

[14] “Adhesion and Viscoelasticity Properties of PVB in Laminated Safety Glass”, International Symposium on Applications of Architectural Glass (ISAAG), Munich, October 2010.
(in collaborazione con Leonardo Lani)

[15] “A Contribution to the Theoretical Prediction of Life-time in Glass Structures”, International Symposium on Applications of Architectural Glass (ISAAG), Munich, October 2010.
(in collaborazione con M.Santarsiero)

[16] Adhesion, Creep and Relaxation Properties of PVB in Laminated  Safety Glass – Glass Performance Days, June 2011, Tampere, Finland

[17] “Adhesion, Creep and Relaxation Properties of PVB in Laminated Safety Glass”, Glass Processing Days, Tampere, Finland, June, 2011.
(in collaborazione con Leonardo Lani).