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ME527 Advanced Fluid
Mechanics R-3, C-3.
Prerequisites: Graduate Standing.
Review of engineering mathematics, kinematics of
fluid motion, conservation laws, continuity and momentum
equations, Navier-Stokes equation, viscous flow theory,
simple flows, and low Reynolds number flows. Introduction
to computational fluid dynamics. Asymptotic methods,
perturbation methods, singular perturbation andmatched
asymptotic expansion. Bounary layer theory, similarity
solutions and integral approach. Review of instability
of viscous flows. Origin of turbulence. Phenomenological
theories of turbulence. Reynolds' equation, energy
and vorticity transport in turbulence. Introduction
to turbulence modeling. The k-e and stress transport
models. |
