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Research Students
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Susie Wood
Combustion of mine ventilation air methane using porous burners
I'm working on a project to develop greenhouse gas mitigation technologies for underground coal mines and landfills. At the moment, mine ventilation air containing methane is just released into the air. We're developing an advanced combustion system capable of burning diluted fuels like methane, so that we can make use of a fuel that would otherwise be wasted.
Coupled Seepage and Contaminant Transport Using the Lattice-Boltzmann Method
The project consists of developing Lattice-Boltzmann tools, validating them and using them to improve our understanding of processes of sorption, double-porosity flow, mechanical dispersion and molecular diffusion.. more...
Supervisor(s):
El-Zein, Abbas (Associate Professor)
Research Location:
Program Type:
Masters/PHD
Keywords:
seepage, contaminant transport, double porosity, dispersion, multiscale, Lattice-Boltzmann methods
Self-Adaptive Dimensionality, Time-Staggering and Sensitivity Maps in Modeling Variably-Saturated Soils
The project develops, implements and evaluates self-adaptive schemes which allow optimal combinations of spatial dimensionalities and temporal scales to be used in numerical simulations for saturated and variably saturated soils.. more...
Supervisor(s):
El-Zein, Abbas (Associate Professor)
Research Location:
Program Type:
Masters/PHD
Keywords:
seepage, contaminant transport, unsaturated soils, finite element methods, adaptivity
Multi-Scale Finite Element Method in Fluid Flow and in Porous Media
The project develops new finite element in finite volume multiscale methods that link the pore to the watershed scales.. more...
Supervisor(s):
El-Zein, Abbas (Associate Professor)
Research Location:
Program Type:
Masters/PHD
Keywords:
seepage, contaminant transport, multiscale, finite element methods, finite volume methods, reactive diffusion advection