| Siddharth YAJAMAN |
 |
Numerical Simulation of Radiating Plasmas |
Ph.D. |
| Norbert TANACS |
 |
Prediction of Turbulent Hydrogen Flames |
Ph.D. |
| Leanne DAVIS |
 |
Maximum Entropy Closures Applied to the Prediction of
Radiating Plasmas |
M.A.Sc. |
| Guillaume RODIER |
 |
Large-Eddy Simulation of Turbulent Hydrogen Flames |
M.A.Sc. |
| Isaac JAHNCKE |
 |
Large-Eddy Simulation of Turbulent Sooting Flames |
Ph.D. |
| Katrina HAARMANN |
 |
Reynolds-Averaged Navier-Stokes Predictions
of Three-Dimensional Turbulent Sooting Flames |
M.A.Sc. |
| Megan LEVY |
 |
Coupling of Electrodynamic High-Latitude Ionosphere and
Global Ideal MHD Models |
M.A.Sc. |
| Rayhan WALIA |
 |
Variational Data Assimilation for Laminar Reactive Flows |
M.A.Sc. |
| Fred CHUN |
 |
Large-Eddy Simulation of a Turbulent Premixed
Bluff-Body-Stabilized Flame |
M.A.Sc. |
| Jake SULLIVAN |
 |
Variational Parameter Estimation for Improved Global
MHD Models of the Steady Background Solar Wind |
M.A.Sc. |
| Hannah NEAL |
 |
14-Moment Maximum-Entropy-Based Interpolative Closure Applied for
the Prediction of Non-Equilibrium Gaseous Flows |
M.A.Sc. |
| Thomas DORS |
 |
High-Order Anisotropic AMR Schemes for
LES of Turbulent FLows |
M.A.Sc. |
| Kevin BROOKS |
 |
Maximum-Entropy-Based Moment Closures for Predicting Polydisperse,
Polykinetic Liquid Fuels Sprays |
Ph.D. |
| David PENNER |
 |
Quasi-Newton Method with Anisotropic Block-Based Adaptive Mesh Refinement for
Compressible Laminar Flows |
M.A.Sc. |
| Jose ARNAL |
 |
Development of Data Assimilation Techniques for
Ideal Magnetohydrodynamics Flows of Space Plasmas |
Ph.D. |
| Marcel GRZESZCZYK |
 |
Numerical Simulation of the Transition from Regular to Mach
Oblique Shock Reflections |
Ph.D. (co-supervised by Prof. Gottlieb) |
| Tim LEUNG |
 |
Advanced Modelling of Liquid Fuel Sprays |
Ph.D. |
| Chris NGIGI |
 |
Output-Based Error Estimation for Anisotropic AMR |
Ph.D. |
| Graeme SUPEENE |
 |
RANS-Based Fully Multiphase Flow Model for
Transcritical Turbulent Sprays |
Ph.D. (co-supervised by Prof. Gülder) |
