Sort by
Refine Your Search
-
Listed
-
Country
-
Employer
-
Field
-
for Subsurface Energy Systems Across Scales.” Project Description: The project aims to build computational models that enhance our understanding of physical, geomechanical, and geochemical processes occurring
-
emphasis on hydrocarbon reservoir systems. We are especially interested in candidates with research interests in geomechanics, tectonics, sedimentary basin dynamics, and hydrocarbon reservoir systems
-
risks in variable and uncertain geologies. The researcher will be embedded in a team that spans infrastructure resilience, computational geomechanics, and data-driven risk evaluation. The successful
-
-Doctoral Associate to work on a fascinating project focused on the geomechanical modeling for energy applications. The position will be directly supervised by Professor Mostafa Mobasher and will involve
-
information here ! PURPOSE This position is created to help the faculty and the school to work on solid/fluid dynamics and geomechanics modeling and numerical simulations. DESCRIPTION Functional Area 1
-
emphasis on hydrocarbon reservoir systems. We are especially interested in candidates with research interests in geomechanics, tectonics, sedimentary basin dynamics, and hydrocarbon reservoir systems
-
interests in geomechanics, tectonics, sedimentary basin dynamics, and hydrocarbon reservoir systems. The selected candidate is expected to conduct fieldwork investigations, seismic interpretation, Image Log
-
at the University of Adelaide, with expertise in sedimentology, structural geology and geomechanics, and fluid flow in porous media, to undertake research focused on geochemistry and diagenetic alteration on hydrogen
-
crustal deformation rigs (recorded by high-resolution digital photography, laser scanning and digital image correlation) with numerical modelling to help reduce structural and geomechanical uncertainties
-
of large data bases via Matlab or Python applications would be highly appreaciated. Project description Supervisor: Giulio SCIARRA Keywords: Experimental geomechanics, clayey geomaterials, two-phasic flow