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E. Steward 1 Oct. 15, 2012 CE 443 – Geotechnical Engineering Design Project I: Slope Stability Part 1: Get familiar with Slope Stability analysis software that Bentley provides.The software is located...

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E. Steward 1 Oct. 15, 2012 CE 443 – Geotechnical Engineering Design Project I: Slope Stability Part 1: Get familiar with Slope Stability analysis software that Bentley provides.The software is located in the computer lab in the Geostructural link on the desktop.Analyze the slope problem that we did in class today using all 5 methods the software offers, using a standard 1.5 factor of safety.Compare the results with the Ordinary Method of Slices Factor of Safety. A 30 foot tall, 1.5:1 slope is to be built.The soil is homogeneous, with c’ = 400 lb/ft2 and?’ = 29°. Part 2: Add a surface surcharge load of 2500 lbs/ft2 located at the top edge of the slope and 25 feet long (strip load on terrain).Analyze the slope again with a 1.5 factor of safety.If there are stability issues presented, discuss possible stabilization techniques that could be implemented if there was a major 4 lane highway running at the toe of the slope.
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CE 443 – Geotechnical Engineering Design Project I: Slope Stability Part 1:  Get familiar with Slope Stability analysis software that Bentley provides.  The software is located in the computer lab in the Geostructural link on the desktop.  Analyze the slope problem that we did in class today using all 5 methods the software offers, using a standard 1.5 factor of safety.  Compare the results with the Ordinary Method of Slices Factor of Safety. 2A 30 foot tall, 1.5:1 slope is to be built.  The soil is homogeneous, with c’ = 400 lb/ft  and ?’ = 29°.   2Part 2:  Add a surface surcharge load of 2500 lbs/ft  located at the top edge of the slope and 25 feet long (strip load on terrain).  Analyze the slope again with a 1.5 factor of safety.  If there are stability issues presented, discuss possible stabilization techniques that could be implemented if there was a major 4 lane highway running at the toe of the slope.   E. Steward  1  Oct. 15, 2012

Answered Same DayDec 29, 2021

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Robert answered on Dec 29 2021
74 Votes
RE: CE 443, Design project 1: Slope Stability
The project on Slope stability consisted of two parts. In the first part, the given slope 1.5:1 with a
height of 30 feet was analyzed using Bentely’s Slope Stability Analysis software package. All
the 5 methods available with the software were used to analyze considering a standard factor of
safety of 1.5. The analysis is presented in the attached report. It was found that the safety factor
of 1.5 was acceptable for every method, except Janbu method...
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