class	date	subjects	reading	cwr	prob	due
01 M	Mar 04	No Class!!!
02 T	05	No Class!!!
03 R	07	Overview; kinematic fluid properties	1.1-1.3.3	C-03	P-01
04 F	08	Kinematic, transport, thermodynamic fluid properties	1.3.3-1.3.17	C-04	P-02	P-01
05 M	11	Boundary conditions	1.4-1.4.9	C-05
06 T	12	Conservation laws; conservation of mass	2.1-2.3	C-06
07 R	14	Conservation of momentum	2.4-2.4.1	C-07
08 F	15	Deformation law; pressure	2.4.2-2.4.3	C-08	P-03	P-02
09 M	18	Navier-Stokes equations; incompressible flow	2.4.4-2.4.5	C-09
10 T	19	Conservation of energy	2.5	C-10
11 R	21	Conservation of Energy; incompressible flow	2.5-2.5.1	C-11
12 F	22	Summary of equations; boundary conditions; coordinate systems	2.5.2-2.7.3	C-12	P-04	P-03
13 M	25	Mathematical character; dimensionless parameters	2.8-2.9	C-13
14 T	26	Non-dimensionalization; creeping, boundary layer flows	2.9.1-2.9.2, 2.11.1-2.11.2	C-14
15 R	28	Control volume formulations	2.13-2.13.3	C-15
16 F	29	Simplifications; solutions; Coutte flat plate flow	3.1-3.2.1	C-16	P-05	P-04
17 M	Apr 01	Coutte concentric cylinder flow; stability	3.2.2-3.2.4	C-17
18 T	02	Hagen-Poiseuille pipe flow	3.3-3.3.1	C-18
19 R	04	Coutte-Poiseuille flat plate flow	3.3.2	C-19
20 F	05	Non-circularduct flow; hydraulic diameter	3.3.3-3.3.5	C-20	P-06	P-05
		Break
21 M	08	Fully developed thermal duct flow	3.3.5-3.3.7	C-21
22 T	09	Unsteady duct flow	3.4-3.4.2	C-22
23 R	11	Oscillating flow above an infinite plate	3.5-3.5.1	C-23
24 F	12	Unsteady flow between two infinte plates	3.5.2	C-24	P-07	P-06
25 M	15	Uniform suction flow on a plane porous duct flow	3.6-3.6.2 3.6.3	C-25
26 T	16	Wind driven flows; Ekman drift	3.7-3.7.1	C-26
27 R	18	Similarity solutions; stagnation flow	3.8-3.8.1	C-27
28 F	19	Low reynolds number flows; immersed sphere	3.9-3.9.2	C-28	P-08	P-07
29 M	22	Lubrication theory	3.9.7	C-29
30 T	23	Laminar boundary-layers; flat plate integral analysis	4.1-4.1.4	C-30
31 R	25	Flat plate integral analysis	4.1.5-4.1.7	C-31
32 F	26	The laminar boundary-layer equations; separation	4.2-4.2.2	C-32	P-09	P-08
33 M	29	The celebrated Blasius solution	4.3-4.3.2	C-33
34 T	30	Falkner-Skan wedge flow	4.3.3	C-34
35 R	May 02	The plane laminar jet	4.4.2	C-35
36 F	03	The linearly retarded flow of Howarth	4.5.1	C-36	P-10	P-09
37 M	06	Buffer day or turbulent flow		C-37
38 T	07	Buffer day or turbulent flow		C-38
39 R	09	Buffer day or turbulent flow		C-39
40 F	10	Evaluations and Review				P-10
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Prof. Zac Chambers Last modified: Sun Mar 10 13:24:41 US Eastern Standard Time 2002