Just announced: 2018 Earthquake Spectra Outstanding Paper Award

Anastasios Sextos

Anastasios Sextos

EERI is pleased to announce the winner of the 2018 Outstanding Paper Award from Earthquake Spectra, “Local Site Effects and Incremental Damage of Buildings During the 2016 Central Italy Earthquake Sequence” (Volume: 34 issue: 4, page(s): 1639-1669).

The paper is authored by Anastasios Sextos (M,EERI,1998), Raffaele De Risi (M.EERI,2019), Alessandro Pagliaroli, Sebastiano Foti, Federico Passeri, Ernesto Ausilio, Roberto Cairo, Maria Chiara Capatti, Filiberto Chiabrando, Anna Chiaradonna, Shideh Dashti (M.EERI,2009), Filomena De Silva, Francesca Dezi, Maria Giovanna Durante, Silvia Giallini, Giuseppe Lanzo, Stefania Sica, Armando L. Simonelli, Paolo Zimmaro (M.EERI,2015).

Outstanding Paper Awards for Earthquake Spectra are awarded to authors of papers judged to be outstanding contributions to earthquake hazard mitigation. Papers of recipients must be judged to have made a significant impact on the profession, to provide a significant advance in the state-of-the-art or understanding of a particular topic, to be of exceptional technical quality with concise and informative illustrations and to be well written for a broad audience.

Paper Abstract: The Central Italy earthquake sequence initiated on 24 August 2016 with a moment magnitude M6.1 event, followed by two earthquakes (M5.9 and M6.5) on 26 and 30 October, caused significant damage and loss of life in the town of Amatrice and other nearby villages and hamlets. The significance of this sequence led to a major international reconnaissance effort to thoroughly examine the effects of this disaster. Specifically, this paper presents evidences of strong local site effects (i.e., amplification of seismic waves because of stratigraphic and topographic effects that leads to damage concentration in certain areas). It also examines the damage patterns observed along the entire sequence of events in association with the spatial distribution of ground motion intensity with emphasis on the clearly distinct performance of reinforced concrete and masonry structures under multiple excitations. The paper concludes with a critical assessment of past retrofit measures efficiency and a series of lessons learned as per the behavior of structures to a sequence of strong earthquake events.