Fluid dynamics is one of the most important areas of applied mathematics in which ODE's, PDE's, and scientific computing are applied. Although this course is not a prerequisite for any later courses (except special Topics courses), it serves as important background for all students interested in applied mathematics.
Here is a brief outline of possible topics:
I. Mixing
A. Advection-Diffusion Equation
B. Exact Solutions
C. Chaotic Advection
D. Shear/Diffusion Mechanisms
E. Taylor Diffusion
II. Inviscid Irrotational Fluids
A. Potential Flow
B. Free Surface Waves
C. Rayleigh-Taylor instability
D. Helmholtz instability of a liquid cylinder
E. Parametric instability of a free surface -- the Faraday problem
F. Amplitude Equations (Nonlinear Schroedinger and Korteweg-deVries)
III. Dynamics of Vorticity (2D)
A. The vorticity equation
B. Circulation
C. Dynamics of Point Vortices
D. Motion of a vortex filament
III. Viscous Flows
A. Navier-Stokes equations
B. Viscous shear flows
C. Stokes Flow
D. Thin film equations
E. Viscous effects in vortices
Supplementary texts will be suggested during the term.
Last modified: 17 October 2001