Professor of Fluid Mechanics
-Major Field Advisor for Fluid Dynamics, Department of Mechanical Engineering
-Head Advisor, UC Berkeley Graduate Program in Applied Science and Technology
Works on modeling artificial photosynthesis and simulating bubble flows using spherical harmonics.
Studies 3D vortices in the ocean, rotating stratified flows, parallel computing (and debugging), analytical and applied fluid dynamics.
Meng works on extracting velocity fields of the atmospheres of Jupiter and Saturn from satellite images. He also studies critical layers, stability, transport and vortices in stratified and unstratified Taylor-Couette flow.
|Chiyu “Max” Jiang
-Second year PhD student.
-Interested in using Computer Vision / Machine Learning techniques for CFD modelling and speedups.
-Interested in data driven aerodynamic shape optimization.
Interested in turbulence, environmental flows and shape optimization.
Currently works on optimal shape design using adjoint method and spectral method with applications in aerodynamics and hydrodynamics.
-Second year PhD student.
-Interested in applications of numerics and computers to solving large scale problems, from those in data science to those in CFD
Former Graduate Students
-Interested in CFD, and morphing technology
Chung-Hsiang specializes in using spectral and spectral element methods, parallel programming, MPI, and perturbation methods.
Studies 3D vortices in geophysical and astrophysical flows, rotating stratified flows, high performance computing, theoretical and applied fluid dynamics.
Works on late-stage star formation and early-stage planetesimal formation via vortices and waves in protoplanetary accretion disks around protostars.
Former Undergraduate Students
Caleb Levy studies the stability of oceanic and planetary vortices, and works with Aaron on internal gravity waves.
Aaron works on internal and inertial gravity waves in protoplanetary accretion disks and studies critical layers as well as numerical methods.
Jega builds programs CAD files to CFD data, and focuses on refinements of coarse meshes for increased simulation resolution.
Laurette Tuckerman, MIT, 1984
Samir Bouaoudia, UC Berkeley, 1990
Katie Coughlin, Harvard University, 1990
Robert Van Buskirk, Harvard University, 1991
Changhoon Lee, UC Berkeley, 1993
Tatsuhito Matsushima, UC Berkeley, 1995
Seogcheol Kim, UC Berkeley, 1996
Darrell Kidani, UC Berkeley, 1997
Tom Humphreys, UC Berkeley, 2000
Ashraf Youssef, UC Berkeley, 2000
Tonushree Kundu, UC Berkeley, 2001
Joseph Barranco, UC Berkeley, 2004
Xylar Asay-Davis, UC Berkeley, 2008
Sushil Shetty, UC Berkeley, 2008