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Current

Staff and Postdoctoral Fellows
DIRECTOR

Parviz Moin   moin@stanford.edu   (650) 723-9713

Manager

Pamela Nelson Foster   pnelson@stanford.edu   (650) 736-0766

 

SENIOR RESEARCH ENGINEER
Name Research Area(s)
Javier Urzay Chemically reacting flows, multi-phase flows, compressible flows,
hypersonics, and high-speed chemical propulsion
RESEARCH ASSOCIATE
Name Research Area(s)
Philipp Hack Computational and theoretical studies of transitional flows, stability analysis,
optimization, and machine learning
Kazuki Maeda Physics, modeling, and simulation of high-speed, multi-component flows, and their engineering applications
POSTDOCTORAL FELLOWS
Name Research Area(s)
Michael Adler Shock/turbulent-boundary-layer interactions, flow instability, wall models for large-eddy simulation, Richtmyer-Meshkov instability and elastic/plastic deformation of material interfaces
Andrew Banko Magnetic resonance imaging, scalar dispersion, data-driven turbulence modeling, particle-laden flows, heat transfer, radiation transport
Davy Brouzet Turbulent combustion, aeroacoustics and combustion noise, direct numerical simulations and large-eddy simulations of reacting flows
Lin Fu Wall-modeled large-eddy simulations of high-speed flows, and high-order numerical methods for complex flows
Jinah Jeun Computational aeroacoustics, flow stability, and reduced-order modeling
Adrian Lozano-Duran Numerical studies of wall-bounded turbulence and wall-models for large eddy simulation
Shahab Mirjalili Numerical methods and physics of two-phase flows, electrokinetics in plasma regimes, and machine learning
Changxiao Shao Large eddy simulation of spray combustion and analysis of combustion noise
Jonathan Wang Laser-induced breakdown, chemically reacting flows, compressible flows, numerical simulation
SENIOR FELLOWS & VISITING SCHOLARS
Name Research Area(s)
Frank Ham Large-eddy simulations and numerical methods for complex multi-physics turbulent flows
Javier Jiménez Physics and simulations of wall-bounded turbulence
Thierry Poinsot Laminar and turbulent combustion; simulation and control of two-phase reacting flows
and combustion instabilities