Introduction to Course
Hydrologic principles involved in the estimation of design flows and design hydrographs for hydraulic structures re covered in this course. Hydrologic cycle and its components, water budget analysis, runoff volume and peak flow estimation, hydrographic analysis, flow frequency analysis, flow routing through channels and reservoirs, and hydrologic design and modeling are some of the topics included in the course
On completion of this course the students will be able to:
1. estimate and analyze components of the hydrologic cycle such as precipitation,
evaporation, infiltration and runoff (a, c, e, k)
2. apply water budget analysis (a, c, e)
3. estimate flows and volumes for the design of hydraulic structures (a, c, e, k)
4. route flows through reservoirs and open channels (a, k)
5. apply flow-frequency analysis techniques (a, k)
6. model hydrologic systems (a, e, k)
7. collect literature and critically analyze current hydrologic events (i, j)
8. write reports and make presentations of assignments (i, j)
Alphabets within parentheses refer to program outcomes listed below
References
Books |
Handbook of Applied Hydrology (Ven Te Chow, Ed.)
Water-Resources Engineering (Linsley et al) Water resources Handbook (Larry Mays) |
Reports |
Handbook of Applied Hydrology (Ven Te Chow, Ed.) Rainfall Frequency Atlas of the USWB TP 40 National Weather Service Technical Memorandum HYDRO-35 North Dakota Hydrology Manual by NRCS and NDDOT |
Technical Journals |
Journal of
Hydrology Journal of the American Water Resources Association Journal of Hydrologic Engineering Journal of Water Resources Engineering |