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Anne Bourlioux is a full professor at the University of Montreal, where she specializes in numerical modeling of turbulent combustion. Her research primarily focuses on predicting NOx formation in internal combustion engines by developing robust numerical tools based on recent theories regarding renormalization in real space applied to vortex dynamics at large scales. She is involved in two ongoing projects: adaptive meshing and large-scale turbulence simulation, and large-scale simulation of a flame front. Over the years, Bourlioux has supervised numerous graduate theses, contributing significantly to the knowledge in her field. She has received funding for her projects from the Mitacs-NCE network and has led innovative research on wildfire propagation simulations in heterogeneous landscapes, with research interests extending into fluid mechanics, optimization, and control operations research. Her deep expertise in turbulence and vibrations has positioned her as a leading figure in the study of complex fluid dynamics and combustion processes.
University of Montreal • Montreal, QC, Canada
Teaching and supervising students in the field of Mathematics and Statistics, with a focus on numerical modeling and turbulence.
Most programs require French B2 level; specific departments may require C1 or C2.