The CFD Lab is active on international scale in the development of practical Computational Fluid Dynamics methods and their application to the understanding of aerodynamic and flow-based engineering processes.

The research is in the areas of physical modeling, high-accuracy numerical algorithms, iterative linear equation solvers, large-scale problem acceleration methods such as parallelism, algebraic multigrid, problem decomposition and grid optimization.

Applications include steady and unsteady high-speed flows over aircraft and in gas turbines and multidisciplinary applications such as aero-numerics (mesh optimization), aero-elasticity, aero-acoustics, aero-icing and conjugate heat transfer.

The CFD Lab's focus remains on three-dimensional realistic problems and this has given it a strong tradition of collaboration with the aerospace industry, locally and internationally.

Specifically, the CFD Lab's algorithmic research areas include:

• Finite element methods for subsonic, transonic, supersonic and hypersonic flows, and for acoustics;
• Discretization algorithms with minimum artificial viscosity;
• Mesh optimization methodology;
• Large-scale direct methods and preconditioned iterative linear equations solvers;
• Parallel computing methods on shared memory machines and distributed memory clusters.

The CFD Lab's modeling research areas include:

• Modeling of all aspects of in-flight icing on aircraft and engines;
• Modeling of multidisciplinary problems: aero-elasticity, aero-acoustics, aero-icing;
• Modeling of unsteady rotor-stator interaction effects in turbomachines.

The CFD Lab's application areas include, among many others:

• High-speed flows over aircraft or in gas turbines;
• Ice impingement, accretion and aerodynamic performance degradation;
• Conjugate heat transfer in cooled turbine blades and anti-, de-icing piccolo tubes;
• Multistage gas turbines;

Research group

Professors

Dr. Wagdi G. Habashi (Ph.D., Aerospace Engineering, Cornell), Director.
NSERC-J.-Armand Bombardier Industrial Research Chair of Interdisciplinary CFD.
CFD, Aero-icing, Aero-elasticity, Aero-acoustics, Wind Engineering.

Graduate students, with origin and destination

(CFDL=CFD Lab, BA=Bombardier Aerospace, NTI= Newmerical Technologies International, PWC=Pratt & Whitney Canada, RN=Real Numerix)

Current graduate students

Graduated students

- Best Student Paper Award, CASI Aerospace Conference, Montreal, May '99 *
Runner-up, NSERC best PhD Thesis Award, 1995 * Governor General's Award for best PhD Thesis, 1996, 1998
** Concordia University Award for best PhD Thesis, 1996, 1999
+ Pratt & Whitney Technology Partnership Award, 1999
** Dean Honors List, 2004

Honors Thesis, NSERC, DEA Students

* David E. and Ronnie Schouela Memorial Prize for most achieving honors thesis

Co-op graduate students and Stagiaires