#modelling

Results of Slip Tendency Analysis in the Eyre Peninsula, from stress orientation and satellite observations at regional scale.

Slip Tendency Analysis using Physics-Based Machine Learning

A slip tendency analysis is a powerful approach to estimate how close a fault is from reactivating, based on its […]

Results from publication on tectonic stresses in Australia

Physics-informed neural network to retrieve tectonic stresses from satellite and stress orientation information

Many geological applications require the current stress information at some specific location, for instance in the contexts of fault reactivation, […]

Impact of permeability anisotropy misalignment on flow rates

Permeability is the most critical parameter controlling fluid flow in porous media. The general form of permeability is anisotropic but […]

Novel technique for solving advection-dominated fluid flow in anisotropic and heterogeneous porous media

Advective-dominated diffusion problems in heterogeneous and anisotropic porous media play a critical role in geoscience. These problems inform our understanding […]

Modelling fluid flow in the Glyde sub-basin

Understanding fluid flow pathways in sedimentary basins is critical for predicting the location of sediment-hosted mineral deposits. Fluid flow pathways […]