Proposed PhD projects
Funded PhD Projects
The following two projects have been awarded University of Aberdeen, College of Physical Sciences scholarships. This funding covers fees for a UK/EU student ONLY. Qualified non-UK/EU students may also apply, but will need to provide their own funds to meet the Overseas student fees. You can apply for either studentship from the College PhD Vacancies page.
Fractured basement reservoirs: Linking fracture networks to rock physics
Start date: October 2013
Lead supervisor: Dr Dave Healy
Uncertainty in expert interpretation of geological cross-sections and its propagation into 3D geological framework models
Start date: October 2013
Lead supervisor: Dr Clare Bond
List of proposed PhD projects. Please note that these projects do not currently have funding and students would need to secure funding support. For more information, click on the contact name to send an email.
Predicting carbonate fracture patterns: the impact of mechanical stratigraphy and structural evolution.
Contact: , and
Quantifying fracture patterns with digital image analysis and tensors (would suit computer science or mathematics graduate, or highly numerate geoscience graduate)
Contact:
Quantifying the key controls on deformation band geometry and petrophysical properties
Contact:
Contact:
The use of 4Dseismic to predict CO2 migration in the subsurface
Contact: and David Iacopini
The fracture properties of shales, how impermeable are reservoir seals for CO2 storage?
Contact: and
Deformation adjacent to mobile evaporite bodies – modelling approaches and outcrop examples from the Alps
Contact: , , ,
Thrust zone characterization, strain localization and structural styles in deepwater thrust systems.
Contact: , ,
Reservoir characterisation on the flanks of salt diapirs
Contact:
Genesis and architecture of Triassic salt withdrawal mini-basins
Contact:
Glaciation and petroleum systems
Contact:
, Brice Rea, and Matteo Spagnolo
Deformation & sedimentation on mobile substrates
Contact:
Global, multiscale comparison of the behaviour and morphology of salt
Contact: