• 10/09/2017 to 13/09/2017
  • Sapienza University, Rome, Italy

International Conference on Structural Dynamics (EURODYN 2017)

We are pleased to announce our participation in the 10th International Conference on Structural Dynamics, EURODYN 2017, to be held 10th-13th September, 2017 at the Faculty of Civil and industrial engineering of Sapienza University in Rome, Italy.

The EURODYN Conference has developed into one of the key conferences in structural dynamics.
EURODYN 2017 is devoted to theoretical, computational and experimental developments in structural dynamics and their application to all types of structures and dynamical systems. The event will reflect the state of the art of structural dynamics and dynamical systems in science and engineering practice and is an opportunity to exchange scientific, technical and experimental ideas. EURODYN 2017 covers all major aspects of structural dynamics through 3 Plenary Keynote Lectures, 26 Mini-symposia covering single topics, and one Minisymposium session on general topics.

The 2017 edition follows earlier successful conferences held in Bochum (1990), Trondheim (1993), Florence (1996), Prague (1999), Munich (2002), Paris (2005), Southampton (2008),Leuven(2011) and Porto (2014).

During the conference, ESTECO's Mariapia Marchi and Luca Rizzian will present two works: Reliability-based design optimization of reinforced concrete structures with elastomeric isolators and Multi-objective sizing optimization of seismic-isolated reinforced concrete structures, respectively. 



Biomechanics | Bridge dynamics | Dynamic soil-structure interaction | Dynamical behaviour of materials | Dynamics of coupled systems | Earthquake engineering | Experimental techniques | Fluid structure interaction | Human induced vibrations | Impact dynamics | Inverse problems | Multi-scale dynamics | Nonlinear dynamics | Optimization | Reliability and dynamical systems | Stochastic dynamics | Structural health monitoring | Traffic induced vibrations | Vehicle dynamics | Vibration control | Vibro-acoustics | Wave propagation | Wind engineering