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Two Post-Docs and one PhD positions open at University of Hamburg
From: "Eleonora Rivalta" <eleonora.rivalta@xxxxxxx>
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2 Post-Doc and 1 PhD positions in Physics of Volcanic Systems/Volcano
Seismology
ERC - Starting Grant Project POMPEI: Physics Of Magma Propagation:
a multi-mEthodological Investigation, Dr. E. Rivalta, University of
Hamburg
The project POMPEI, officially started on the 1st of July 2010, is funded
by the European Research Council through a Starting Grant to Eleonora
Rivalta.
The POMPEI team will study in a multi-methodological way
the dynamics of magma propagation and fluid-filled fractures in general,
from their initiation to their stopping,
including the interaction of ascending magma with external factors,
such as the local and tectonic stress field,
layering, fracturing. As for the methodologies,
we will combine laboratory experiments,
numerical and theoretical modelling with the analysis of field
observations.
We are looking for motivated and enthusiastic candidates
to fill 2 Post-Doc and 1 PhD positions.
The duration of the Post-Doc positions will be 2 years and salary TV-D 13,
the duration of the PhD position will be 3 years, salary TV-D 13/2.
A PhD in Geology, Geophysics, Physics or Engineering is required
for the Post-Doc positions, along with proven ability
to publish scientific papers in international journals.
A Master or equivalent degree is required for the PhD positions.
Attractive funding will be available for travels and collaborations.
A short description of the three work packages is included below.
Please send applications, preferably as pdf attachments, to
Eleonora Rivalta,
Institute of Geophysics,
University of Hamburg,
Bundesstr, 55, 20146 Hamburg, Germany
email: eleonora.rivalta@xxxxxxx
BEFORE 1/9/2010, specifying in the subject of the e-mail
in which of the three work packages
you are interested. Applications should include a CV
with academic and professional achievements and skills,
a statement of research interests and the name
and email address of two references.
Later applications will be considered if the positions are not filled.
See < http://www.geophysics.dkrz.de/ > under job offers
for general legal information on employment at University of Hamburg.
An official web page of the project:
http://www.ccmp-pompei.zmaw.de
will also be soon active.
For more info on the positions, on the Department,
on the city of Hamburg or on working in Germany,
just write me an email.
Regards,
Eleonora
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Work Packages Q1 and Q2
Numerical, theoretical and experimental modelling of dike propagation
The main goal of this work package is to better understand the physical
factors
involved in the generation, propagation and stopping of a magma-filled
dike
and of other fluid-filled propagating fractures.
The expected research activity includes the analytical,
numerical and experimental modelling of the interaction between dikes
and external stress field and coupling with a magma chamber
in all the phases of dike intrusion.
Additional requirements: Knowledge in dislocation theory, physics of
volcanic systems
and good computer programming skills (Matlab, Fortran).
Experience in laboratory research will be positively evaluated.
Start after 1/10/2010 and before 1/3/2011
_________________________________________________
Work Package Q3b
Modelling of induced seismicity
The main goal of this work package is a better understanding
of the physical mechanisms governing the generation of fluid-induced
seismicity.
The expected research activity includes a statistical analysis
of the seismicity induced by different fluid-filled fractures,
including magma-filled dikes and hydrofractures,
as well as the analytical and numerical modelling
of the generation of induced seismicity.
Additional requirements: Good computer programming skills
(Matlab, Fortran). Knowledge in earthquake statistics,
fracture mechanics, physics of volcanic systems will be positively
evaluated.
Start after 1/10/2010 and before 1/3/2011
__________________________________________________
Work Package Q3a
Volcano seismology/Analysis of waveforms of induced seismicity
The main goal of this work package is a better understanding
of the physical factors influencing the waveform of seismicity
induced by fluids propagating in the earth's crust.
The expected research activity will be the acquisition in the field
and the analysis of seismic data, along with a comparison with
laboratoratory acquisitions.
Additional requirements: Good computer programming skills (Matlab,
Fortran).
Knowledge in volcano seismology, physics of volcanic systems
or fracture mechanics will be positively evaluated.
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