People
Current Personnel
- Dr. Carl Ollivier-Gooch
- Mohammad Azab (PhD student) High-order optimization methodology.
- Marco Turcios (MASc student) Modeling wall quenching for methane-fired internal combustion engines.
- Sumit Paranjape (PhD student) Parallel mesh generation and refinement.
- Mahkame Sharbatdar (MASc student) Anisotropic mesh adaptation: recovering quasi-structured meshes.
- Alireza Jalali (MASc student) Impact of unstructured mesh quality on solution quality.
Former Personnel
- Serge Gosselin (PhD, 2009) Delaunay refinement mesh generation of curve-bounded domains.
- James Gregson (MASc, 2009) Fluid-structure interaction simulations in liquid-lead
- Chris Michalak (PhD, 2009) Efficient high-order accurate unstructured finite-volume algorithms for viscous and inviscid compressible flows.
- Doug Pagnutti (MASc, 2008) Anisotropic adaptation: metrics and meshes.
- Amir Nejat (PhD, 2007) Efficient steady-state convergence for high-order accurate unstructured mesh discretizations for problems in aerodynamics.
- Serge Gosselin (MASc, 2004) A numerical shape optimization framework for generic problems solved on unstructured triangular meshes.
- Charles Boivin (PhD, 2003) Infrastructure for solving generic multiphysics problems.
- P. Jawahar (Post-doctoral researcher, 2000-01) Generation of surface meshes in GRUMMP; limiters for advective problems.
- Harsha Perera (MASc, 2003) Development and verification of the generic three dimensional finite volume solver.
- Michael van Altena (MASc, 1999) High-order finite-volume discretisations for solving a modified advection-diffusion problem on unstructured triangular meshes.
