242L Clyde Bldg
Lectures: 234 CB, 9:30 - 10:45 am T-Th
As the name implies, we will cover two main topics: seepage and slope stability. The two topics are related since seepage and slope stability analyses are often done in tandem.
Seepage analysis can take many forms, but the type of analysis we will be doing in this class is the analysis of seepage through vertical profiles, i.e., vertical cross-sections through dams, levees, embankments, etc. We will look at analytical solutions, graphical solutions (flow nets), and numerical solutions (both finite difference and finite element analysis). We will also look at the uses wells for construction dewatering.
Slope stability analysis is the process of analyzing slopes and embankments to determine the factor of safety against slope failure. It is routinely performed on dams, levees, excavations (cuts for highways, etc.), mine tailings, and embankments. Most stability analyses are performed with the aid of a specialized computer program, but we will look at simple cases that can be solved with charts, equations, or spreadsheets.
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Each of you has a student account for this class. You can log on to your student account to edit your e-mail address and the code that is used to display your homework and exam scores.
The password to logon to your account was mailed to you at the beginning of the semester. Contact Dr. Jones if you have forgotten your password.
Hani Abu Hmeidan
Office: 395 CB
Required: Soil Strength and Slope Stability, 2nd Edition, Duncan, Wright, and Brandon
We will use text primarily during the second part of the semester.
Optional: Construction Dewatering and Groundwater Control, Powers, Et al.
Good reference on dewatering issues
Optional: Seepage, Drainage, and Flow Nets, Cedergren.
Good, but dated. Last edition published in 1997.
You may download a free copy of UTEXASED4 for installation on your laptop or PC for use with this class by clicking here.
You will be required to logon to your student account to access the download page.