Alumni:

The alumni of my group are a pretty accomplished group of people, of which I am especially proud. Check out their LinkedIn pages to see what they have been up to. You can also check out their theses .

• Harrison, Sheldon, 2022. Experimental measurements of turbulent heat fluxes over melting ice. M.Sc. Thesis, McGill University.  LinkedIn page ; Thesis
• Singh, Milind, 2022. Mixing measures in turbulent channel flow. M.Sc. Thesis, McGill University.  LinkedIn page ; Thesis
• Venne, Kevin, 2022. Experimental and computational investigations of the flow within a scale model of a hydroelectric generator. Ph.D. Thesis, McGill University. Co-supervised with Prof. B.R. Baliga.  LinkedIn page ; Thesis
• Lortie, Samuel, 2021. Analysis of intermittency in turbulent flows by way of higher-order spectral moments. M.Sc. Thesis, McGill University.  LinkedIn page ; Thesis
• Hewes, Alaïs, 2020. Multi-scalar mixing in turbulent coaxial jets. Ph.D. Thesis, McGill University.  LinkedIn page ; Thesis  
• Legay, Fanny, 2020. Simultaneous velocity-temperature measurements for the quantification of the effect of background turbulence on the mixing within a turbulent jet. M.Eng. Thesis, McGill University.  LinkedIn page ; Thesis
• Singh, Milind, 2019. Performance enhancement of a high-resolution pressure sensor. B.Eng. Honours Thesis, McGill University.  LinkedIn page ; Thesis
• Cohen, Alexandre, 2018. Influences of free-stream turbulence and char-layer porosity on the drag on windborne firebrands. M.Eng. (Thesis), McGill University. Co-supervised with Prof. B.R. Baliga.  LinkedIn page ; Thesis
• Hinton, Michael, 2017. Development of an experimental apparatus for the testing of novel cooling systems for processors. M.Eng. (Thesis), McGill University.  LinkedIn page ; Thesis
• Camozzi, Stephen, 2017. Quantification of biogenic turbulence. M.Eng. (Thesis), McGill University. Co-supervised.  LinkedIn page ; Thesis
• Milanovic, Gilbert, 2017. The developing region of a turbulent co-axial jet. M.Eng. (Thesis), McGill University. Co-supervised.  LinkedIn page ; Thesis
• Venne, Kevin, 2017. Design of an anemometer to characterize the flow in the rotor rim ducts of a hydro-generator. M.Eng. (Thesis), McGill University.  LinkedIn page ; Thesis
• Alejandro Pérez-Alvarado, 2016. Effect of background turbulence on the scalar field of a turbulent jet. Ph.D. Thesis, McGill University. Co-supervised.  LinkedIn page ; Thesis
• Alaïs Hewes, 2016. Development of an interference probe for the simultaneous measurement of turbulent concentration and velocity fields. M.Eng. Thesis, McGill University.  LinkedIn page ; Thesis
• Akutina, Yulia, 2016. Experimental investigation of flow structures in a shallow embayment using 3D-PTV. Ph.D. Thesis, McGill University. Co-supervised.  LinkedIn page ; Thesis
• Bach, Emmanuel, 2015. Characterization of the air flow in a scale model of a hydrogenerator by particle image velocimetry (PIV). M.Eng. Thesis, McGill University.  LinkedIn page ; Thesis
• Camozzi, Stephen, 2015. Quantification of Biogenic Turbulence. B.Eng. Honours Thesis, McGill University. Co-supervised.  LinkedIn page  
• Stoker, Jordan, 2014. Algorithm development for locating contaminant releases in turbulent surroundings. B.Eng. Honours Thesis, McGill University.  LinkedIn page  
• Medvescek, James, 2013. Experimental investigation of fully developed flows of a Newtonian fluid in straight rectangular ducts with adjacent open and porous-metal-foam domains. M.Eng. Thesis, McGill University. Co-supervised with Prof. B.R. Baliga.  LinkedIn page ; Thesis
• Taylor, Rowan, 2013. Scalar/contaminant source locating in turbulent flows. M.Eng. Thesis, McGill University.  LinkedIn page ; Thesis
• Germaine, Emmanuel, 2013. An experimental and numerical study of the small scales of a passive scalar field generated by a line source in turbulent channel flow Jet. Ph.D. Thesis, McGill University. Co-supervised with Prof. L. Cortelezzi.  LinkedIn page ; Thesis
• Lepore, Jason, 2013. Experiments on passive scalar mixing in turbulent flows with different velocity & scalar boundary conditions. Ph.D. Thesis, McGill University.  LinkedIn page ; Thesis
• Afara, Samer, 2012. Development and testing of a wall-shear-stress sensor for measurements within notebook computers. M.Eng. Thesis, McGill University. Co-supervised with Prof. B.R. Baliga.  LinkedIn page ; Thesis
• Khorsandi, Babak, 2011. Effect of Background Turbulence on an Axisymmetric Turbulent Jet. Ph.D. Thesis, McGill University. Co-supervised.  LinkedIn page ; Thesis
• Berajeklian, Arpi, 2010. Simultaneous Measurements of Velocity and Temperature in the Heated Wake of a Cylinder with Applications to the Modeling of Turbulent Passive Scalars. M.Eng. Thesis, McGill University.  LinkedIn page
• Massé, Alexandre, 2010. Experiments and Numerical Simulations of the Flow Within a Model of a Hydraulic Turbine Surge Chamber. M.Eng. Thesis, McGill University.  LinkedIn page ; Thesis
• Berajeklian, Arpi, 2007. Mixed velocity-temperature measurements in the turbulent wake of a heated cylinder. B.Eng. Honours Thesis, McGill University.  LinkedIn page  
• Lavertu, Thomas, M., 2006. Differential diffusion in a turbulent jet. Ph.D. Thesis, McGill University. Co-supervised.  LinkedIn page ; Thesis
• Costa-Patry, Etienne, 2005. Mixing of two scalars in turbulent channel flow. M.Eng. Thesis, McGill University.  LinkedIn page ; Thesis
• Tutkun, Murat, 2004. Markov properties of velocity and passive scalar increments in grid-generated wind tunnel turbulence. M.Sc. Thesis, Chalmers University of Technology, Sweden.  LinkedIn page  
• Pohl, Wolfram, 2003. Punctual measurements of differential diffusion in a high-Reynolds-number turbulent jet. B.Eng. Honours Thesis, McGill University. Co-supervised. 
• Antonakakis, Tryphon, 2003. Lateral dispersion from a concentrated source in inhomogeneous turbulent flow. B.Eng. Honours Thesis, McGill University.  LinkedIn page  
• Beaulac, Sébastien, 2003. The effect of the injection scale on scalar mixing in the turbulent wake of a circular cylinder. M.Eng. Thesis, McGill University.  LinkedIn page ; Thesis
• Lavertu, Robert A., 2002. Scalar dispersion in turbulent channel flow. M.Eng. Thesis – Dean’s Honour List, McGill University.  LinkedIn page ; Thesis
• Beaulac, Sébastien, 2000. The effect of different heat injection mechanisms on the thermal wake of a cylinder. B.Eng. Honours Thesis, McGill University.  LinkedIn page  
• McLeod, Matthew, 2000. On the design and testing of a high-aspect-ratio channel for turbulent flow measurements. B.Eng. Honours Thesis, McGill University.  LinkedIn page