\bfseries{Current Student Supervision}
Graduate Students
Ph.D.
| Student | Project | Co-supervisor |
| Tohidi, Y. | Two-Phase Detailed Numerical Modelling of Falling Film Evaporation Phenomena | |
| Gareau. P. | Aerosol Transport and Deposition in a Passive Cooling Containment System | |
Recruitment
Looking for M.Sc. and Ph.D. students. Must have equivalent to 3.5 GPA
or higher and a strong background in heat transfer and fluid mechanics.
Advanced scientific computing skills and proficiency using Linux will be assets.
I will have projects for code development and for commercial code application.
In addition, I am looking to fill a Ph.D. position that requires a
strong knowledge of OpenFOAM.
Unfortunately, I am not able to respond to all email inquiries. I will
reply to candidates who have the appropriate background when there is
an opening.
In-House Codes
The following codes are in use or under development:
- Turbulent falling film condensation from mixtures of a vapour and a
noncondensing gas
- Laminar falling film evaporation and desalination with a co-current vapour-gas mixture
- Laminar falling film absorption from a co-current pure vapour
- Two-dimensional single-phase flow and heat transfer in boundary-fitted
domains
- Heat exchanger shell-side flow with porous medium model for the tube bank
- Grid generator for two-dimensional non-orthogonal structured panelled grids
Commercial Code Use
The following commerical CFD codes have been used or are currently used in research projects:
- Siemens STAR-CCM+
- ANSYS Fluent
- ANSYS CFX
Internal Technical Reports
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