Engineering Manual No. 2: Design and Analysis of a Cantilever Wall using GEO5


This engineering manual, the second in our series, focuses on the design and analysis of cantilever walls using the GEO5 software. This guide provides a comprehensive walkthrough, from setting up the problem to verifying the results, ensuring that the structure meets all safety and design standards. Now available for download, this manual is an essential resource for geotechnical engineers looking to enhance their skills and apply best practices in cantilever wall design.

Learning Objective:

By following this manual, users will learn how to design a cantilever wall with a height of 4.0 meters and analyze its stability under various load conditions using the GEO5 software. The manual aims to equip users with the knowledge to configure settings, input accurate data, and interpret analysis results to ensure that their designs are both safe and efficient.

Assignment Description:

The assignment involves designing a reinforced concrete cantilever wall with specific parameters, including a horizontal terrain, a groundwater table at 2.0 meters depth, and a surcharge load behind the wall. Users are tasked with analyzing the wall’s stability against overturning, slip, bearing capacity, and overall structural integrity according to the EN 1997 – DA1 standard. The manual guides users through each step, from defining soil properties to adjusting the wall’s geometry to achieve satisfactory results.

Outcome:

Upon completing the assignment, users will be able to confidently design cantilever walls that meet all safety requirements, as verified by GEO5’s analysis tools. They will also learn how to optimize designs by adjusting wall geometry and material properties, ensuring the most cost-effective and reliable solution.

Conclusions:

The manual concludes that the designed cantilever wall meets all necessary safety criteria, with satisfactory results in overturning, slip resistance, bearing capacity, and overall stability. Through this exercise, users will gain practical experience in applying GEO5 to real-world geotechnical problems, reinforcing their ability to deliver safe and effective engineering solutions.


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