People

Current People

• Dr. Carl Ollivier-Gooch

• Gary Yan (PhD student) [ B.A.Sc (University of Toronto - Engineering Science: Aerospace, 2012) ] Higher-Order Discretization Error Estimation for Unstructured Mesh Finite Volume Methods.

• Reza Zangeneh (PhD student) [ M.A.Sc. (University of British Columbia - Mechanical Engineering, 2014), B.Sc. (University of Tehran - Mechanical Engineering, 2012) ] Stability and convergence enhancements for finite-volume methods in aerodynamics.

• Shahzaib Malik (MASc Student) Mesh adaptation for wakes and shocks via surface insertion.

Alumni

• ​Shayan Hoshyari (MASc, 2017) [B.Sc. (Sharif University of Technology 2015)] ​A higher-order unstructured finite volume solver for three-dimensional compressible flows

• Hongliang Fan (MASc, 2017) [B.E. (Beihang University 2014)] ​The Impact of Mesh Regularity on Errors.

• Mahkame Sharbatdar (PhD, 2017) [M.A.Sc (University of British Columbia - Mechanical Engineering), B.Sc. (University of Tehran - Mechanical Engineering)] ​Error Estimation and Mesh Adaptation Paradigm for Unstructured Mesh Finite Volume Methods

• Alireza Jalali (PhD, 2017) [M.A.Sc (University of British Columbia - Mechanical Engineering), B.Sc. (University of Tehran - Mechanical Engineering)] ​An Adaptive Higher-order Unstructured Finite Volume Solver for Turbulent Compressible Flows

• Dr. Tyrone Phillips (Post-doctoral researcher, 2014-2016) [ Ph.D. (Virginia Tech, 2014), M.S. (Virginia Tech, 2012), B.S. (University of Tennessee, 2008) ] Residual-based Discretization Error Estimation for Computational Fluid Dynamics.

• Liang Chen (MASc, 2016) ​Stability analysis and stabilization of unstructured finite volume method

• Chandan B. Sejekan (MASc, 2015) ​Improving Finite-Volume Diffusive Fluxes Through Better Reconstruction.

• Jose David Zuniga Vazquez (MASc, 2015) ​Adaptive Creation of Orthogonal Anisotropic Triangular Meshes Using Target Matrices

• Varun Puneria (MASc, 2015) ​Truncation Error Analysis for Diffusion Schemes in Boundary Regions of Unstructured Meshes

• Dr. Daniel W. Zaide, ​http://www.danielzaide.com (Post-doctoral researcher, 2012-2014) [B.A.Sc (University of Toronto, Engineering Science - Aerospace Option), M.S.E. (University of Michigan - Aerospace Engineering), M.S. (University of Michigan - Applied Mathematics), Ph.D. (University of Michigan - Aerospace Engineering and Scientific Computing)] Surface Reconstruction in Unstructured meshes for the simulation of the manufacturing of semiconductor devices.

• Mahkame Sharbatdar (MASc, 2012) ​Anisotropic mesh adaptation: recovering quasi-structured meshes

• Sumit Paranjape (PhD student) Parallel mesh generation and refinement.

• Alireza Jalali (MASc, 2012)​Truncation Error Analysis of Unstructured Finite Volume Discretization Schemes

• Mohammad Azab (PhD, 2011) ​Aerodynamic optimization using high-order finite-volume CFD simulations

• Marco Turcios (MASc, 2011) ​Modeling wall quenching for methane-fired internal combustion engines

• 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