![]() ![]() These equations were later shown to be valid by laboratory tests of wedge models. The equations we will use to verify the results produced by Swedge were originally presented by Kovari and Fritz. ![]() 3Ĥ 1 Swedge Verification Problem #1 1.1 Problem Description In the first verification example, a static stability assessment (SSA) is presented to verify that Swedge computes values using the correct equations. The results produced by Swedge agree very well with the documented examples, and confirm the reliability of Swedge results. Two wedge examples presented by Priest are also verified here. were used to confirm the validity of a limit equilibrium analysis method presented in Kovari and Fritz. The results of these lab tests performed by Kumsar et al. The first examples presented here are based on examples and case studies presented in Kumsar, Aydan, and Ulusay. Swedge is an engineering analysis program for assessing the stability of wedges formed in rock slopes, produced by Rocscience Inc. ![]() 1 Swedge Probabilistic analysis of the geometry and stability of surface wedges Verification Manual Rocscience Inc.Ģ Table of Contents Introduction Swedge Verification Problem # Swedge Verification Problem # Swedge Verification Problem # Swedge Verification Problem # Swedge Verification Problem # Swedge Verification Problem # Swedge Verification Problem # Referencesģ Introduction This document presents several examples, which have been used as verification problems for Swedge.
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