Annamaria di Lernia

Dr. Annamaria di Lernia

Politecnico di Bari
orcid

Research Focus & Metrics

Academic Career Length

11Years (2016-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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26 September 2016 in Bulletin of the Seismological Society of America
Verified
Journal Article
Closed access
JRJulie Regnier
Julie Regnier
LBLuis‐Fabian Bonilla
Luis‐Fabian Bonilla
PBPierre‐Yves Bard
Pierre‐Yves Bard
EBEtienne Bertrand
Etienne Bertrand
FHFabrice Hollender
Fabrice Hollender
KWKohei Watanabe
Kohei Watanabe

1 October 2017 in Computers and Geotechnics
Verified
Journal Article
Closed access
AAA. Amorosi
A. Amorosi
DBD. Boldini
D. Boldini
Annamaria di LerniaAnnamaria di Lernia
Annamaria di Lernia

16 January 2018 in Bulletin of the Seismological Society of America
Verified
Journal Article
Closed access
JRJulie Regnier
Julie Regnier
LBLuis‐Fabian Bonilla
Luis‐Fabian Bonilla
PBPierre‐Yves Bard
Pierre‐Yves Bard
EBEtienne Bertrand
Etienne Bertrand
FHFabrice Hollender
Fabrice Hollender
LVLuca Verrucci
Luca Verrucci

1 June 2016 in Soil Dynamics and Earthquake Engineering
Verified
Journal Article
Closed access
AAA. Amorosi
A. Amorosi
DBD. Boldini
D. Boldini
Annamaria di LerniaAnnamaria di Lernia
Annamaria di Lernia

24 October 2023 in Computers and Geotechnics
Verified
Journal Article
Closed access
GAGianluca Acunzo
Gianluca Acunzo
GFGaetano Falcone
Gaetano Falcone
Annamaria di LerniaAnnamaria di Lernia
Annamaria di Lernia
FMFederico Mori
Federico Mori
AMAmerigo Mendicelli
Amerigo Mendicelli
MMMassimiliano Moscatelli
Massimiliano Moscatelli

17 January 2020 in Granular Matter
Verified
Journal Article
Open access
PDF file
VMValentina Marzulli
Valentina Marzulli
LCLuis Armando Torres Cisneros
Luis Armando Torres Cisneros
Annamaria di LerniaAnnamaria di Lernia
Annamaria di Lernia
CWChristopher Robert Kit Windows-Yule
Christopher Robert Kit Windows-Yule
Francesco CafaroFrancesco Cafaro
Francesco Cafaro
TPThorsten Pöschel
Thorsten Pöschel
The study of processes characterized by impulsive nature (i.e. impacts) can be considered of great interest in both physics and engineering disciplines: in the geotechnical field, for instance, their effect on the interaction between soil and structures need to be investigated. The present work aims at the validation, by means of two-dimensional finite element simulations, of a methodology of force calibration which uses results obtained from three-dimensional discrete element analysis for predicting the stress at the base of a granular bed, retained by a movable wall, arising when the system is hit by a projectile. To approach this problem, the low-velocity impact has been modeled as a punctual impulsive force on a granular packing.