Julie Maury

Rock mechanics engineer

Post-doc in seismology

Latest news

June 2017

Beginning of a new position as rock mechanics engineer at BRGM in Orléans, combining my knowledge about seismicity and stress modeling.

July 2016

Publication of an article about tremor analysis in Guerrero, Mexico: Maury, J., Ide, S., Cruz‐Atienza, V. M., Kostoglodov, V., González‐Molina, G., & Pérez‐Campos, X. (2016). Comparative study of tectonic tremor locations: Characterization of slow earthquakes in Guerrero, Mexico. J. Geophys. Ress: Solid Earth121(7), 5136-5151.

October 2014

Beginnning of a 24 months post-doc at the University of Tokyo in Professor Ide group to study very low frequency earthquakes in Guerrero, Mexico.

October 2013

Begining of a one-year post-doc at BRGM on slow slip modelisation applied to the Guerrero area: ANR-S4

September 2013

Thesis defense: manuscript here

Publication of the article on focal mechanism inversions: Maury J., Cornet F.H., Dorbath L. A review of methods for determining stress fields from earthquakes focal mechanisms; Application to the Sierentz 1980 seismic crisis (Upper Rhine Graben), BSGF, 2013, t.184, n°4-5, pp 319-334.

April 2013

poster at EGU meeting: Maury J., Cornet F. and Cara M. Influence of the Lithosphere-Asthenosphere Boundary on the lithospheric stress field: Deep stress data and Inferences based on geomechanical modeling.

May 2012

our article for the special issue of the BSGF is accepted.

February 2012

submission of our article for a special issue of the BSGF (Bulletin de la Société Géologique de France): A review of methods for determining stress fields from earthquakes focal mechanisms; Application to the Sierentz 1980 seismic crisis (Upper Rhine Graben). J. Maury, F.H. Cornet and L. Dorbath

June 2011

Workshop at Mont Sainte Odile: seismic and aseismic deformation in crustal domains subject to very slow deformation rates. Application to the North-West Alpine arc.

 

April 2011

poster at EGU meeting: Maury J. and Cornet F. Comparaison between three methods for determining principal stress directions from focal mechanisms inversions.