Aer E 641. F., offered 2000. High Mach number flows, Newtonian theory, small disturbance theory, constant density solutions, thin shock layers, blunt body problems, hypersonic boundary layers and viscous interactions, thermally and calorically imperfect gases, vibrational relaxing and chemically reacting flows. Aer E 646. F., offered 1999.
Emphasis is on algorithms suitable for low speed and internal flows at speeds up through transonic.
Aer E 647. F., offered 2000. An examination of current methods in computational fluid dynamics. Advanced solution algorithms. Construction of complex CFD algorithms.