Stability Analysis of Slopes using Finite Element Methods

The stability analysis of slopes is a crucial aspect of geotechnical engineering, as slope failures can lead to significant damages and loss of life. This paper explores the use of Finite Element Methods (FEM) for the stability analysis of slopes. FEM provides a numerical solution to the complex behavior of soil under different loading conditions. By incorporating the mechanical properties of soil and external forces, this method offers high accuracy in assessing the stability of slopes. The paper discusses various approaches, identifies challenges, and presents an innovative FEM-based framework for slope stability analysis.