The analysis of slope stability problems in geotechnical engineering is of paramount importance. It is often needed to predict the degree of safety associated with the slope and the tentative failure pattern of the slope. The strength reduction method is typically used for the assessment of slope stability where dominantly a Mohr-Coulomb or similar material model is used.
This paper, written by Pranesh Chatterjee and Ahmed Elkadi of TNO DIANA BV, explains the basic theory, concept and application of the strength reduction method using DIANA.
It is one of a collection of white papers written by staff members at TNO DIANA BV which are available for download on this website.
Source: TNO Diana
The analysis of slope stability problems in geotechnical engineering is of paramount importance. &nb...
TNO DIANA BV is pleased to invite you to its training course on Finite Element Based Geotechnical An...
The dynamic analysis of dam-fluid-foundation interaction is of vital importance in engineering pract...
After two years of preparation and a rigorous policy of refinement and testing, the new DIANA GUI "M...
When: December 3, 2014 TNO DIANA BV invites you to attend online webinar about Introduction t...
TNO DIANA BV is pleased to announce that the new DIANA version 9.4.4. has now been released. Amon...
DIANA is a multi-purpose finite element software package that is dedicated to a wide range of applic...
TNO DIANA BV is pleased to announce that as part of our autumn technical courses, we held a successf...
Did you know you can now find TNO DIANA webinars and other videos with tutorials and tips on DIANA s...