- My current research interests are in high-order methods for fluid and solid mechanics, in particular techniques based on the Discontinuous Galerkin method.
- My 3DG Software package is based on new discretization techniques and efficient solvers, which I apply to problems in aerodynamics and solid dynamics, such as aeroacoustics, biologically inspired flapping flight, wind tubines, and micromechanical devices.
- Aug, 2012: My office hours for Fall 2012 are: Mon 1:30pm - 3:00pm and Wed 10:00am - 11:30am in 1089 Evans, or by appointment.
- Aug, 2012: In the Fall of 2012, I am teaching UCB Math 128A Numerical Analysis.
- Oct, 2011: Here are some of the animations that I have been showing in my talks this year:
- Oct, 2011: Here are two of my talks from this Fall:
- Sep, 2011: My office hours for Fall 2011 are: Mon 1:30pm - 3:00pm and Wed 10:00am - 11:30am in Evans 1089, or by appointment.
- Sep, 2011: In the Fall of 2011, I am teaching UCB Math 1B Calculus and UCB Math 228A Numerical Solutions of Differential Equations.
- Jun, 2011: Here is a pre-print of my recent work on micromechanical resonators, with Sanjay Govindjee:
- Jun, 2011: The journal paper on our multi-fidelity flapping wing simulations has now been accepted for publication:
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