Associate ProfessorMiguel Moyers Gonzalez

Data driven methods for chaotic mixing of complex fluids

Numerical Simulations of Multiphase Flows of Nematic Liquid Crystals under Boundary Effects

Rheology makes a splash: understanding the fragmentation process during the rise of a bubble at an interface.

Simulating axisymmetic two-phase flows with the level set method

Numerical Simulation of Two-Phase flows with the Conservative Level Set Method

Dynamic mode decomposition and nonlinear PDEs

Modelling wilding pines

Energy Models

Modelling CO2 levels in the athmosphere

Modelling Temporal Networks with Scientific Machine Learning

Analysis of the Circular Couette Flow of a Bingham Fluid and the Plane Poiseulle Flow of a Windhab Fluid using the Lambert W Function

Analyzing basic fluid flows with logarithmic wall slip

Inference of Effective Rheological Laws for Shallow Lava Flow Models from Free Surface Measurements

Inverse problems in glaciology and geology

Glacial fluid dynamics

Modelling and Characterisation of Permanent Deformation in Asphalt Concrete Pavements Utilising Modified Wheel Tracking Devise

Ash transport in diesel electricity generators

Modelling volcanic ash ingestion in emergency power generators

Coherent Structures in fluid flow

Optimising chromatography processes

Coherent Structures in High Reynolds Number Flows

Using Matlab to solve non-linear ODEs

A new way to measure the rheology of liquids

Coherent structures in fluid flow

Convective transport of ash in reservoirs