PhD and Post-doc offers at Ecole Centrale de Nantes (GeM Laboratory):
– ERC-StG Project “Controlling earthQuakes (CoQuake)”:
1) 1 Post-Doc position in “MULTISCALE NUMERICAL MODELING OF EARTHQUAKE FAULTS” (duration 1 to 2 years). Attached .pdf
2) 1 Post-Doc position in “LABORATORY EXPERIMENTS OF EARTHQUAKE CONTROL” (duration 1 to 2 years). Attached .pdf
3) 1 PhD (duration 3 years) and/or 1 Post-Doc (duration 2 years) position in “DESIGN OF EARTHQUAKE CONTROL STRATEGIES”. Attached .pdf 1 & 2
– Connect Talent Project “CEEV – Blast LoAds on STructures (BLAST)”.
4) 1 Post-doc position in “BLAST LOADS ON STRUCTURES AND MONUMENTS” (duration 2 to 3 years). Attached .pdf
5) 1 PhD position (3 years) in “EXPERIMENTAL TESTING OF MASONRY STRUCTURES TO EXTREME LOADS”. Attached .pdf
The positions are open and will start upon agreement. Suitable, highly‐motivated candidates should send an application (including a CV, a cover letter describing interests and qualifications related to the offered position and contact details of two reference Professors, all compiled in a single PDF file) to email@example.com.
For more details see attached pdf’s and http://coquake.eu/index.php/recruitment/.
The Institute of GeoEnergy Engineering, at Heriot-Watt University, Edinburgh, UK, is looking for a postdoctoral researcher to work on a project, funded by UK Natural Environment Research Council (NERC), with a focus on pore-scale numerical modelling of gas transport mechanisms. Details about the position can be found at https://www.hw.ac.uk/uk/jobs/job_SVJDMjYyNjg.htm and https://www.jobs.ac.uk/job/CAP687/research-associate-shale-gas-modelling.
A PhD position on modelling of induced seismicity in geothermal reservoirs (3 years fixed term) is currently offered in the research group “Advanced reservoir engineering concepts for a controlled utilization of deep geothermal energy in urban areas (ARES)” at Helmholtz Centre Potsdam GFZ German Research Centre for Geosciences.
Applications can be submitted online until 15 July 2020: https://gfz-potsdam.concludis.de/prj/shw/e0640c93b05097a9380870aa06aa0df4_0/4320/Doktorand_w_m_d_-_induzierte_Seismizitaet_in_geothermischen_Reservoiren.htm?lang=en_GB
We are seeking outstanding PhD candidates to join our Offshore Geomechanics group within the Department of Infrastructure Engineering, the University of Melbourne.
For more details about the projects and applications, follow the link below:
- Cyclic capacity of plate anchors in sand
- Scale effects in geotechnical physical modelling in sand
Successful applicants are expected to commence their study in early 2021 (subject to visa approval and COVID travel restriction rules). Please email your expression of interests to firstname.lastname@example.org by 31 July 2020.
We are looking for a PhD candidate to reinforce our team. Together with academic and industrial partners, we seek to develop the decision-support tool and method to systematic assessment for the innovative asphalt products.
For more details and applications, follow the link below:
Applications are welcome for a 1.5-year post-doc position (with extension opportunities) to investigate the cyclic behaviour of a geomembrane energy storage system. The successful candidate will investigate the cyclic behaviour of energy storage technology recently developed in Denmark.
The work will include the design and implementation of advanced instrumentation and modelling for the energy storage system. Together in a team, a small scale field demonstration model has to be designed, and the life-cycle behaviour studied.
Candidates should possess a PhD degree in Civil/Geotechnical Engineering or related areas, proven experience in numerical modelling, preferably including soil-structure interaction problems and cyclic loading, and excellent knowledge of soil mechanics and foundation engineering. Acquaintance with the finite element software ABAQUS® is appreciated (but not mandatory). A more detailed description of the project can be found in the attached pdf.
The project will be conducted in a team with Professor Lars Vabbersgaard Andersen, Professor (Docent) Kenny Kataoka Sørensen and Assistant Professor Hans Henning Stutz. For more information about this vacancy, please contact Hans Henning Stutz (Main supervisor) email@example.com
The positions will be available until they are filled.
VCPT2PDA Project: New method for driveability analysis of vibratory-driven pile based on Vibro-CPTu
Because of several problems, such as under water sound emission and material fatigue, associated with conventional impact pile driving method for offshore wind projects, there is an interest in using vibratory-driving method instead. While the lateral and axial bearing capacities of vibrated piles have been studied in two industry projects (VIBRO, 2014 and VIBRO-RESTRIKE, 2017), the pile driveability analysis (PDA) can only be predicted with a high degree of uncertainty. This can put a serious risk on using vibratory-driving method and may lead to costly down time during installation. A Vibratory cone penetration test (VCPT) has been developed and successfully tested in a predecessor project (Vibro-CPTu) as a means to assess the ground response to a vibratory penetrating object. The aim of this project is to develop a PDA approach by using vibratory CPTu results for Vibratpry-driven piles.
The research project is a collaborative approach between the science partner MARUM-University of Bremen and Deltares Institute together with the industry partners Innogy SE, COWI and Geo-Engineering.org GmbH.
The project has two open PhD positions:
Position 1: Experimental analysis including laboratory and field tests
Position 2: Numerical analysis including 1D and 3D modelling of Vibro-CPT
Details of the project, requirements for each positions and how to apply can be found in the attached document.
« Impact of climatic conditions on long term performances of
treated soils »
A fully funded PhD scholarship for 3 years at the Université
de Lorraine (F) is available to start in October 2020. This work will be
accomplished in cooperation with the company Ginger-CEPBTP.
Waste-geomaterials generated by construction and mining activities
represent more than 50% of the total waste generated in Europe, corresponding
to 1.5 billion tons of excavated geomaterials that are landfilled while at the
same time virgin soil and rock resources are extracted and used by the same
infrastructure projects. The fundamental goal of this thesis is to contribute
to the development of strategies and tools for the valorisation of
waste-geomaterials, and thus to turn a waste into a valued durable construction
material. Although frequently used, this technique is limited to certain
materials and applications due to a lack of knowledge on the coupling between
the physical and chemical actions of the binder and the geotechnical behaviour
of the treated material. The challenge is to determine how the site materials
can be reused in a variety of contexts (backfill, dykes, canals, retaining
walls, dams, etc.).
In this context, the
main objective of the thesis is to understand the evolution of the
hydromechanical characteristics of soils treated with lime and/or cement as a
function of environmental stress (hydric cycle and prolonged exposure to
water). For this purpose, the research work will focus on reference soils and
on treated materials taken in situ, just after the treatment or on old
structures, several years after the commissioning of the structure. The thesis
work will combine an experimental approach and a modelling approach using the
resources of the project partners. The thesis should lead to the development of
an approach to take into account the alteration of the mechanical
characteristics of a treated soil in the dimensioning of a geotechnical
Contact : Olivier.Cuisinier@univ-lorraine.fr and Farimah.Masrouri@univ-lorraine.fr
Extended description in attachment.
Advisors : Prof. Charles Aubourg (UPPA,
France, firstname.lastname@example.org), Dr. Nicolas Beaudoin (UPPA,
France, email@example.com), Dr.
Elma Charalampidou (Heriot-Watt,
location: Université de Pau et des Pays de l’Adour, Heriot Watt University (Edinburgh,
This PhD thesis
explores deformation bands observed in two different areas located in the southern foreland of the Pyrenees: the Boixols overlap area (Tremp
basin) and the Cotiella thrust area (Armena Valley). These sites provide access
to two types of host rock lithologies: Cotiella cement-limestone calcarenites
and Boixols sandstones. The goals of this PhD thesis are: a) to characterise
the petrophysics of these bands focusing on their textural characteristics;
and b) to evaluate the impact of the
observed bands on the structural integrity of the rock mass. The PhD thesis
will develop along 4 axis; work will focus on a) the (micro)structural
characterisation of the terrain (geological interpretation); b) the
characterisation of grain texture by 3D imaging (XR CT, petrophysical
investigation); c) the understanding of the bands’ formation (including
deformation and fluids the circulated history) by reconstructing the temperature conditions using
isotopic approaches; and d) the mechanical
response of samples with pre-existing
deformation bands (whose grain distribution has been previously
characterised by 3D X-ray CT) accompanied by a numerical modelling of fluid
flow along the samples’ volume. The first three parts will be mainly carried
out at the host university (UPPA, Pau, France), and the last part will require
a stay at Heriot-Watt University (Edinburgh, Scotland).
Two new experimentalist positions are available in the Geomechanics and Porous Media research group at University Pau & Pays Adour, Basque Coast Campus, Anglet, France. The positions are:
Research Engineer Assistant in experimental porous media. Starting date: September 1st, 2020 (16 months). Details may be found at (in French): https://perso.crans.org/gregoire/positions@G2MP/Offre-AI-G2MP.pdf
Research Engineer in experimental porous media. Starting date: September 1st, 2020 (16 months). Details may be found at (in French): https://perso.crans.org/gregoire/positions@G2MP/Offre-IR-Newpores.pdf