Published by Monash University, Australia
Maintained by wwwdev@monash.edu.au
Approved by R Chaffey, Faculty of Engineering
Copyright © Monash University 1997 - All Rights Reserved - Caution
P E Weinmann
5 points
* 26 lectures, 13 tutorials, 9 laboratory
classes and 3 field trips
* First semester
* Clayton
*
Prerequisites: CIV3263
Objectives To develop a deeper knowledge and understanding of hydrologic principles and methods and to acquire the specific skills required to solve examples of practical water engineering or water resource management problems.
Synopsis Hydrologic processes and catchment modelling for yield estimation and flood estimation purposes. Streamflow regimes, catchment yield, storage-yield-reliability analysis, streamflow data generation. Risk and uncertainty. Flood estimation: flood frequency analysis, design storm estimation, runoff routing. Soil water, groundwater movement. Principles of water resources systems planning and management. Water law.
Assessment Examinations (3 hours): 75%
* Practical
work: 25%
Recommended texts
Bras R L Hydrology Addison-Wesley, 1990
Institution of Engineers, Australia Australian rainfall and runoff: A guide
to flood estimation vol. 1, 1987
McMahon T A and Mein R G River and reservoir yield Water Resources
Publications, 1986
Shaw E M Hydrology in practice VNR, 1994
Published by Monash University, Australia
Maintained by wwwdev@monash.edu.au
Approved by R Chaffey, Faculty of Engineering
Copyright © Monash University 1997 - All Rights Reserved -
Caution