Week	Date	Topic	Text (Sturm)	Homework Issue Due
1	Sept 4	Lecture 1 - Introduction	1	HW1
2	Sept 9	Lecture 2 - Classification, Velocity Distribution, Pressure Distribution	1
	Sept 11	Lecture 3:  Conservation Laws - Basic Equations	1
3	Sept 16	Lecture 4:  Specific Energy - Constant q	2	HW2               HW1
	Sept 18	Lecture 5:  Specific Energy - Varying q	2
4	Sept 23	Lecture 6:  Specific Energy - Non-rectangular and Natural Channels	2
	Sept 25	Lecture 7:  Specific Force  - Constant Q, Varying q, Hydraulic Jump	3	HW3              HW2
5	Sept 30	Lecture 8:  Specific Force - Locations of Jump and Non-rectangular Channels	3
	Oct 2	Lecture  9:  Uniform Flow - Turbulent and Flow Resistance	4
6	Oct 7	Lecture 10:  Uniform Flow - Applications and Bed Slope Classification	4	HW4             HW3
	Oct 9	Lecture 11:  Gradually Varied Flow  -  Taxonomy and Qualitative Analysis	5
7	Oct 14	Lecture 12:  Gradually Varied Flow  -  Computational of Water Surface Profile	5
	Oct 16	Lecture 13:  Gradually Varied Flow  -  Lake and River Applications	5	HW5                HW4
8	Oct 21	Lecture 14:  HECRAS - Introduction	Notes
	Oct 23	Lecture 15:  HECRAS - Hands-On	Notes
9	Oct 28	Lecture 16: Hydraulic Structures - Weir and Spillway	6	HW6                 HW5
	Oct 30	Mid-Term
10	Nov 4	Lecture 17: Hydraulic Structures - Gate, Drop, and Flume	6
	Nov 6	Lecture 18: HECRAS Hydraulic Structures Implementation	Notes
11	Nov 11	Lecture 19:  Hydraulic Structures - Culvert Assessment	6	HW7                 HW6
	Nov 13	Lecture 20:  Hydraulic Structures - Culvert Design	6
12	Nov 18	Lecture 21:  Hydraulic Structures - Bridge Assessment	6
	Nov 20	Lecture 22:  Hydraulic Structures - Bridge Design	6
13	Nov 25	Lecture 23:  Channel Design - Rigid Boundary Channel	4	HW7
	Nov 27	Thanksgiving
14	Dec 2	Lecture 24:  Channel Design - Erodible and Lined Channel	4
	Dec 4	Overview and Summary
15	Dec 9	Project Presentation
	Dec 14	Project Website

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